Introduction

IDEA: (сс) Stanislav Taktaev @stanta & ChatGPT )

In a world where Evernomics and Hyperconnectivity are the backbone of society, the mysterious disappearance of a renowned economist and Evernomics pioneer attracts the attention of private detective Alex Riley. The investigation begins with the analysis of data from a hyperconnected network, where the scientist’s every move was recorded and analyzed. Alex discovers the complex financial schemes and smart contracts that the scientist was developing, and realizes that large financial interests may be behind the disappearance.

Alex soon discovers that the clue is in a scientist’s manuscript on the principles of Evernomics, which describes the future of the economy based on eternal values and the distribution of resources. This work poses a threat to traditional financial systems, and it seems that they were trying to stop the scientist.

Alex joins forces with a group of Evernomics enthusiasts to solve the mystery of the scientist’s disappearance. During their investigation, they encounter corruption, secret agreements and the dangers of a hyper-connected world where their every move is monitored.

The story’s ending is a thrilling clash between Evernomics and corporate interests, as Alex not only finds the missing scientist, but also uncovers a global conspiracy to suppress Evernomics.

NOTE

In the text of this story, there's a hidden message consisting of twelve key words that grant access to a crypto-wallet containing 100K.

Chapter One

Beneath the shimmering moonlight that bathed the Santa Cruz beach, a mysterious masquerade unfolded in the heart of Silicon Valley. A grand mansion stood as the epicenter of opulence, hosting an elite gathering cloaked in elegant masks and veiled in an air of secrecy.

Among the guests moved Dr. Sebastian Blackthorn, a luminary in the avant-garde realm of new-wave cybernetics. His mind, a fusion of mathematical brilliance and an affinity for the supernatural, set him apart in the scientific echelons. Clad in a tailored suit that mirrored the enigmatic depths of the cosmos, he navigated the dance floor with an aura of quiet confidence.

Laughter and captivating conversations swirled around the masked figures, creating an ambiance of celebration. Yet, as the clock approached the stroke of midnight, an imperceptible shift in the air hinted at an impending enigma.

Dr. Blackthorn found himself drawn toward the moonlit shoreline, where the rhythmic waves whispered secrets of the night. The celestial glow painted silver patterns on the sand, beckoning him to the edge of a dance that transcended the boundaries of reason.

With each step, the line between science and the supernatural blurred for Dr. Blackthorn. The cosmic energy seemed to resonate with his every heartbeat, creating an atmosphere of anticipation.

As midnight approached, an unexplained occurrence seized the moment. Dr. Blackthorn, surrounded by masked revelers, vanished into the obsidian night. His presence dissolved, leaving behind a void that sparked bewilderment and speculation among the masked throng.

Whispers and murmurs swept through the crowd, speculating on the fate of the scientist who dared to traverse the delicate balance between the known and the unknown. Under the cosmic tapestry of stars, the enigma of Dr. Sebastian Blackthorn’s disappearance unfolded, setting the stage for a mystery that transcended the realms of science and the supernatural.

Chapter Two

In Sergey’s mind, the thought of getting some fresh air had finally taken shape. And now he hesitated, whether to simply go out and take a stroll in the park (cold, but beneficial), or to grab a beer and play a couple of rounds in Counter-Strike (pleasant, but harmful). A peculiar task, arising suddenly from a strange client on a freelance website, kept nagging at him, refusing to be resolved.

Already putting on a scarf and rustling with a bag (oh well, bad habits triumph over a healthy lifestyle again), he noticed that the client spoke impeccable English in their discussions, both oral and written, without using the usual slang abbreviations like “u,” “a,” and the like. The diction was precise, and at first, Sergey, with relief, thought the client might be German (clear requirements, a correct approach, a good fee). But now it occurred to him that the interlocutor spoke without any accent, like a German top student who had lived his whole life near Oxford.

Smirking, Sergey found himself near the shelf of foamy delights, and autopilot didn’t fail him. The prepayment for the job pleasantly jingled in his personal account; he decided not to deny himself anything but without fanaticism, and took three bottles of contraband Bier, apparently Turkish. Well, what can you do… Sanctions… Throwing a handful of salty treats into his basket, he remembered that he hadn’t had lunch and grabbed some expensive dumplings with sour cream. The evening promised to be languid.

He scribbled down a work plan — the order initially seemed straightforward; a social network-type website was needed, but one that had to connect with an unusual service that refused to respond correctly. The customer promised to send the support team’s response only tomorrow. Some kind of user support chat-bot… Nothing to worry about; after a couple of startups, it no longer scared him.

He set the dumplings to boil, set a timer on his watch not to forget, and went to check the servers; maybe some of his acquaintances also decided to run and shoot a bit.

Chapter Three

Sebastian stared at the flickering green line on his computer screen, the lifeblood of macroeconomic trading. The anticipation in the room was palpable, akin to the collective breath-holding of the financial world. The fate of his entire year’s income hung in the balance, contingent on the impending release of the GDP figures. In the volatile dance of the market, a positive GDP meant a domino effect of trade decisions — a cascade that could either elevate Sebastian’s fortunes or leave him navigating treacherous waters.

As he waited for the revelation that would sway the market’s sentiments, Sebastian pondered the relentless pursuit of wealth that had consumed his life. The allure of financial gains had propelled him into a world where every fluctuation, every economic indicator, held the potential to reshape destinies. Yet, beneath the surface, a disquieting realization lingered — the game he so ardently played had an endpoint, a destination where wealth could no longer be the driving force.

His contemplations were interrupted by a flashing message on another screen — a missive from Irene, the youthful visionary behind Marcel X, a burgeoning tech enterprise. She proposed a venture far removed from the halls of trading and economic predictions — a field trip to Peru. The purpose? Irene sought to test her colossal cargo drone, capturing awe-inspiring footage to captivate potential investors.

Sebastian’s brow furrowed as he questioned the abrupt shift in focus. Why Peru? The answer lay in Irene’s quest for striking visuals to weave into her entrepreneurial narrative. Despite the contrasting worlds of high finance and technological innovation, Sebastian found himself tethered by an unseen force — an allure that beckoned him toward an unexpected expedition.

With a sense of inevitability, he opened Irene’s message, knowing all too well that in doing so, he willingly stepped onto a new path, one where the machinations of trade and the allure of distant adventures collided in Lima, Peru. Little did he suspect that this seemingly incongruent journey would unravel a web of mysteries beyond the realms of trading floors and economic indicators — a journey into the enigmatic Code of Eternity.

-

Mr. Blackthorn sat beside Helen in the luxurious confines of the Embraer Phenom 300, their journey propelling them toward Lima, the vibrant capital of Peru. Lima’s Jorge Chávez International Airport awaited their arrival, a gateway to the mysteries that lay beyond the realms of financial trading. From Lima, the duo’s destination extended further, beckoning them to the enigmatic Pampas de Jumana, home to the mystifying Nazca Lines.

The capital city, nestled to the northwest of the Nazca Lines, served as the starting point for an adventure that defied the confines of Sebastian’s accustomed financial world. The distance from Lima to the Pampas de Jumana, where the iconic hummingbird, monkey, and spider etchings awaited, was a mere 450 kilometers by road, yet the symbolic weight of the journey transcended its physical span.

Irene’s determination to capture her drone’s ethereal dance above the ancient geoglyphs became a driving force for the expedition. She envisioned the hummingbird, monkey, and spider unfolding in a sequence of unparalleled beauty, each line and curve a testament to the artistic prowess of civilizations long past.

The Embraer Phenom 300, a sleek vessel of the skies, was emblematic of the technological prowess that had come to define Sebastian’s world. With a range of approximately 1,971 nautical miles and an average cruising speed of 521 knots, it epitomized speed and efficiency. The great-circle distance between Mineta San Jose International Airport (SJC) in Santa Clara, California, and Jorge Chávez International Airport (LIM) in Lima, Peru, stood at 3,800 miles — a vast expanse that promised to compress under the jet’s wings in a matter of hours.

Sebastian, ever the cautious strategist, orchestrated a brief stop in Guayaquil, Ecuador. The bustling city housed José Joaquín de Olmedo International Airport, offering a strategic point for refueling. The straight flight was technically possible, but Sebastian, a skeptic of direct paths, preferred the safety net of a pit stop, a pause in the journey that mirrored the intricacies of his financial maneuvers.

As the Embraer Phenom 300 soared through the skies, the anticipation of the unknown mingled with the hum of its engines. The journey from macroeconomic intricacies to the enigmatic Nazca Lines had begun, a narrative unfolding in a sequence that defied the straight lines Sebastian so distrusted. Little did he suspect that the intertwining threads of economic strategy and ancient mysteries would converge in the vast canvas of the Pampas de Jumana, where the echoes of the past awaited their return.

The pilot cabin door creaked open, revealing a silhouette both ominous and familiar — the Welrod, a weapon with a distinctive sound signature akin to the hushed tones of a library conversation, around 73 decibels when fired with new wipes.

In an instant, Sebastian Blackthorn’s reflexes, honed by years of navigating the unpredictable currents of financial markets, kicked into gear. With an automatic precision that belied the chaos unfolding, he instinctively shielded Irene, the metallic clatter of 9mm Para cartridges rolling across the floor providing an unsettling percussion to the scene.

Sebastian’s mind raced, recalling the unique characteristics of the Welrod — its limited magazine capacity, typically 6 rounds for the 9mm version, and 8 for the .32 ACP. The bolt-action mechanism, designed for quietness, rendered the Welrod slower in the firing process compared to semi-automatic pistols. Effective only up to 25 meters, its short barrel and light bullet weight, while restricting range, proved more than sufficient in the confines of the aircraft cabin.

Without hesitation, Sebastian seized a silver coffee plate and hurled it towards the assailant, the metallic clang resonating in the tight quarters. The Welrod-wielding intruder crumpled, temporarily stunned by the impromptu diversion.

With Irene still under the veil of surprise, Sebastian swiftly moved to her aid. Everything had transpired in a blur, a sudden intrusion into the otherwise ordered trajectory of their journey. Sebastian’s gaze then shifted to the incapacitated pilot, his Welrod now safely secured.

As Sebastian assumed control of the Embraer Phenom 300, disengaging the autopilot with practiced ease, a quick call to a local security agency set in motion the handling of the unexpected episode. The aircraft, now under Sebastian’s steady command, sliced through the skies, hurtling toward Lima.

With the immediate threat quelled, the hum of the engines provided an eerie backdrop to the aftermath. Sebastian’s thoughts, however, remained clear and resolute. The incident, an uninvited twist in their narrative, had not deterred their course. In less than thirty minutes, the gleaming lights of Lima sprawled beneath them, a testament to the indomitable spirit that propelled them toward the enigmatic hummingbirds that awaited in the Pampas de Jumana.

Chapter Four

Variant 1 (Oxford)

High above the Nazca Desert, where the winds whispered secrets through the blades of their Robinson, Sebastian and Iren gazed down upon the enigmatic canvas below. The monkey geoglyph, with its stunted wings and zigzagging neck, lay sprawled across the arid earth like a playful riddle left by ancient hands.

The Robinson hovered, a modern bird of metal and rotors suspended in time over the mysteries etched by a civilization long gone. The Nazca Lines, a celestial puzzle woven into the fabric of the Peruvian sky, held the hummingbird geoglyph close to its ochre heart. As twilight painted the horizon in hues of amethyst and gold, the lines stirred with the dance of shadows, revealing the secrets of a bygone era.

The hummingbird, a testament to the clandestine marriage of earth and artistry, emerged from the canvas. Its wings, frozen in the eternal pose of flight, beckoned the daring to unravel the cosmic enigma concealed within the labyrinth. A cryptic code, a message from an epoch forgotten, whispered through the arid winds, inviting those who dared to understand the dance of the Nazca Lines.

The beak of the hummingbird pointed skyward, a silent oracle summoning the inquisitive minds to decipher the riddles written across the desert floor. Converging and diverging, the lines wove tales of esoteric knowledge, mirroring the labyrinthine pathways to wisdom guarded by the silent sentinels of the desert.

Below, the monkey and hummingbird sprawled across the earth, their massive forms defying the constraints of time and logic. The monkey, an icon of foreign allure, disrupted the norm by gracing the coastal plains instead of the jungle. Meanwhile, the hummingbird, a giant in representation for its diminutive size, stood as a beacon of identification with its gracefully elongated beak.

More than mere petroglyphs, these geoglyphs were threads in the rich tapestry of Peruvian history. Over 70 zoomorphic designs adorned the Nazca desert, each holding cultural and historical significance. The monkey and hummingbird, playful and majestic, were but pieces in a grand mosaic of mystery waiting to be unraveled by intrepid souls willing to navigate the threads of time and space.

Variant 2 (Adventure)

Above Nazca Desert, in their Robinson, Sebastian and Iren peered down at a weird drawing—the monkey geoglyph. Ancient hands left this playful riddle on the dry earth.

Their Robinson hung there, a metal bird frozen in time over ancient markings. Nazca Lines, a sky puzzle, held the hummingbird geoglyph close. Twilight painted the sky in amethyst and gold; the lines danced with shadows, spilling secrets.

The hummingbird emerged, frozen in flight—a mix of earth and art. Its wings posed a cosmic puzzle. A cryptic message whispered through dry winds, inviting those curious enough to grasp Nazca's dance.

The hummingbird's beak pointed skyward, an oracle calling minds to decode desert riddles. Lines converged, diverged, telling tales of wisdom's maze guarded by desert sentinels.

Below, the monkey and hummingbird sprawled, defying time. The monkey, an exotic icon on coastal plains, not jungle. The hummingbird, small yet grand, a symbol.

More than drawings, these geoglyphs were threads in Peru's history. Over 70 designs adorned Nazca, each with cultural weight. The monkey and hummingbird, part of a mystery for brave souls to untangle

Scene 2, Variant 1 (Oxford)

And so, as the Robinson continued to hover, suspended between the ancient and the modern, Sebastian and Iren became modern adventurers in a tale spun by the Nazca Lines—a tale that whispered of human follies and cosmic wonders, waiting to be explored in the heart of the Peruvian desert.

Sebastian squinted at the vast canvas of earth below, the Nazca lines twisting and turning like the feverish scribblings of a forgotten god. The afternoon sun cast harsh shadows, etching the monkey and hummingbird geoglyphs into stark relief against the dusty canvas.

What were they? Messages to the heavens, as Maria Reiche believed, her life woven into the fabric of these lines? Or watery veins whispering secrets of hidden springs, as Paul Kosok theorized? Perhaps ceremonial racetracks, Breunig proposed, echoing with the ghosts of long-dead rituals. Or mere pathways, as the Yamagata researchers mused, connecting ancient settlements and forgotten dreams?

Sebastian scoffed. Too mundane, too earthly. Generations etched their souls into these lines, not to find a shortcut to a neighboring village or gaze at Sirius. Not for water, for there were easier ways, and not for deities, for the sheer number mocked such simplicity.

And then there were the monkeys, not one, but three, scattered across the plains like forgotten constellations. The first, a mischievous gibbon nestled beside the hummingbird, the second, a hulking gorilla further north, and the third, a stoic orangutan, a silent sentinel eight kilometers east. Why three? To mark water? Impossible. To appease gods? Ridiculous.

No, these lines, these figures, they whispered of something grander, something beyond human comprehension. They were like drafts of some divine blueprint, an unfinished symphony scribbled across the earth. Each stroke, each curve, a yearning for eternity, a desperate attempt to bridge the chasm between mortal and divine. Sebastian felt a pang of kinship, a reflection of his own struggles to grasp the elusive threads of time and meaning.

He traced the contours of a line with his finger, feeling the rough grit against his skin. The wind moaned through the dried grass, a lonely echo in the vast emptiness. Was this all there was, then? A yearning trapped in dust, a message forever unsent? Or was there, like within himself, a spark of hope, a whisper of understanding waiting to be kindled?

He closed his eyes, taking a deep breath, the silence pressing down on him, heavy and pregnant. And then, a flicker. A warmth in his chest, a tingling at the edges of his mind. A vision, fleeting and indistinct, of lines converging, of monkeys soaring, of the hummingbird's wings brushing against the stars.

Scene 2: Variant 2 (short phrases)

Robinson hovered, stuck between old and new. Sebastian and Iren, drawn into Nazca Lines' tale—a story of human goof-ups and cosmic amazement in Peru's heart.

Sebastian squinted at the earth below, Nazca lines like a god's wild scribbles. Harsh shadows outlined monkey and hummingbird on dusty ground.

What were they? Messages to heavens, as Maria Reiche believed? Or veins whispering springs, as Paul Kosok thought? Maybe racetracks, said Breunig, haunted by old rituals. Or just paths, suggested Yamagata, linking old places and dreams?

Sebastian scoffed. Too simple. Generations poured souls into these lines, not for shortcuts or water, not even for gods. So why? The monkeys, three of them, like forgotten constellations. Mischievous gibbon, hulking gorilla, stoic orangutan. Why three? Not for water, not for gods. They whispered something grander, beyond human grasp. A divine blueprint on Earth, each stroke a yearning for forever. Sebastian felt a connection, reflecting his struggles with time and meaning.

Finger tracing a line, he felt grit. Wind moaned, lonely in emptiness. Was this all? A yearning in dust, a message unsent? Or, like in himself, a spark of hope, understanding waiting?

Eyes closed, a deep breath, heavy silence. A flicker—a warmth in his chest, mind tingling. A vision of lines converging, monkeys soaring, hummingbird's wings brushing stars."

Scene 3, Variant 1 (Oxford)

He opened his eyes, the vision fading like desert mirages. But something had shifted. The lines were no longer a puzzle, no longer a taunt. They were a story, unfinished, yet brimming with potential. And he, Sebastian, was somehow a part of it.

The Nazca secrets lay before him, not as enigmas to be solved, but as an invitation to participate, to add his own verse to the eternal poem etched in the sand. The journey had only just begun.

The wind picked up, swirling sand around Sebastian's ankles as he contemplated the vast Nazca landscape. His mind thrummed with a new theory, one sparked by the enigmatic geoglyphs that stretched before him.

Yes, those Japanese researchers might be onto something, but not about communication between settlements. These lines, these figures, whispered of something grander, a dialogue with the self across the infinity of time.

That wasn't just a hunch. If the universe truly possessed a finite number of particles, their eternal waltz through collapse and expansion meant every possible combination would eventually manifest. Eternity was a canvas vast enough for a singular bird, across a million years, to wear down a diamond pyramid with its touch. And within that unimaginable expanse, even stranger things could occur.

Sebastian pictured it: all the particles that formed his being, brought together again and again, not just replaying his current life, but every conceivable permutation. The thrill of that cyclical existence was undeniable, but it also spurred a deeper question.

Just like him, wouldn't others yearn for proof of their own permanence? And what better canvas than these monumental earthworks, etched with deliberate strangeness to transcend even the ravages of time? A message to their future selves, a defiant declaration of their existence echoing across the eons.

But there was a paradox in that, wasn't there? Expecting recognition of that same strangeness in a future iteration felt...contradictory. Unless, Sebastian realized, there was something more.

His mind buzzed with the possibility. To validate his theory, to truly know he wasn't chasing phantoms, he needed to see more strangeness, more whispers of eternity echoed in stone. Other corners of the world, he knew, held their own enigmas, waiting to be deciphered. And with a determination sharpened by the desert wind, Sebastian knew his journey had only just begun.

Scene 3, Variant 2 (short)

He blinked, the vision fading like desert illusions. But a shift happened. Lines weren't just a puzzle now; they were a story, unfinished, full of promise. Sebastian felt part of it.

Nazca secrets lay ahead, not riddles to solve, but an invite to join, to add his verse to the eternal poem in the sand. The journey had just started. A new theory buzzed in his mind, sparked by the mysterious geoglyphs.

The Japanese researchers might be onto something, not about settlements but about a grander dialogue with oneself through time.

It wasn't just a hunch. If the universe had a finite number of particles, their eternal dance meant every possible combo would happen. Eternity was vast, where a bird, over a million years, could wear down a diamond pyramid. Within that, even stranger things could occur.

Sebastian pictured it: his particles, forming him again and again, not just replaying his life, but every possible version. The thrill was there, but it raised a question.

Others would also want proof of their permanence, right? What better canvas than these earthworks, strange enough to endure time? A message to their future selves, a bold statement echoing across eons.

But there was a paradox. Expecting recognition of that same strangeness in a future version felt contradictory. Unless, Sebastian realized, there was more.

His mind buzzed. To prove his theory, to know he wasn't chasing ghosts, he needed more strangeness, more echoes of eternity in stone. Other places in the world held their own puzzles, waiting to be solved. With determination in the desert wind, Sebastian knew his journey had just started

Scene 4, Variant 1 (Oxford)

Sebastian's gaze snapped to the screen as a smoky plume erupted from the desert floor. A missile, propelled by a deadly purpose, screamed towards his Robinson R44. His mind raced, recalling the manual's wisdom on evading ground-to-air attacks: erratic movements, terrain cover, and the hope that aging missile technology might grant a sliver of mercy.

He dipped the R44 low, weaving through the Nazca's sparse landscape. The missile, a SA-7 Grail or Strela-2—a Soviet-era relic still lethal in its simplicity—pursued relentlessly. The flat expanse offered few options, but Sebastian's eyes locked onto a solitary structure piercing the horizon: the observation tower, a silent witness to the ancient geoglyphs below.

With a sharp bank, he guided the helicopter into a daring dance around the tower, the missile snarling behind him. He could almost hear its infrared seeker struggling to keep pace with the R44's erratic ballet. A deafening crack shattered the desert silence as the missile, unable to adjust, slammed into the tower's steel frame. Shrapnel sprayed across the deserted observation deck, a testament to the season's merciful lack of visitors.

Sebastian rocketed past, his heart pounding in fierce harmony with the thrum of the helicopter's blades. The near-death encounter had echoed the fragility of existence, a stark reminder that even as he sought the threads of eternity, he was still bound to the mortal coil. But he had survived, his mind already racing ahead, weaving the lessons of this violent dance into the tapestry of his quest.

Scene 4, Variant 2 (short)

Sebastian's eyes snapped to the screen—a plume of smoke erupted from the desert. A deadly missile hurtled at his Robinson R44. Panic surged, recalling evasive moves: swerve, use terrain, and pray for old missiles to show mercy.

R44 dove low, zigzagging through Nazca's sparse terrain. A Soviet-era SA-7 Grail or Strela-2, simple but lethal, chased relentlessly. Options were few on the flat desert, but he eyed an observation tower on the horizon—a witness to ancient geoglyphs.

Sharp turns, a daring dance around the tower; the missile snarled behind. He felt its infrared seeker struggle, a crack shattered silence as it crashed into the steel tower. Shrapnel sprayed, a deserted deck bore witness.

Heart pounding, Sebastian raced past, the helicopter's blades thrumming. Near-death echoed life's fragility, a stark reminder in his quest for eternity. Survival, a lesson woven into the tapestry of his journey.

Chapter Five

Sebastian stood alone amidst the ancient ruins, his mind a swirling tempest of thoughts, pondering the enigma of the old builders of Machu Picchu. The full moon stood high on the horizon, casting white shadows over the weathered stones that seemed to whisper the secrets of centuries long past. He scratched his head, unable to grasp the logic behind the alignment of some constructions with equinoxes while others remained mysteriously unaligned.

"Why?" he murmured to the silent stones, as if expecting an answer from the very essence of the past. "Why do some structures bear a perfect correlation with the stars, and others seem to defy any cosmic order?"

His mind raced, thoughts colliding like stars in a distant galaxy. Sebastian envisioned the ancient builders driven by a singular desire – to prove their immortality. Immortality, not in the physical sense, but in the perpetuity of their creations. Perhaps, he mused, they believed that the permutations of atoms, akin to body parts, would ensure the recreation of their buildings in future re-appearances.

"Their immortality resides in the incongruities," he thought aloud, the words hanging in the air like an ancient incantation. "Not aligned perfectly with the stars, missing economic records – a consistent inconsistency through time."

Sebastian's imagination soared as he envisioned the builders crafting their monuments with the fervor of a timeless legacy, each stone a testament to their enduring presence. The mysteries of the pyramids, he realized, were not obstacles but breadcrumbs left for seekers like him to uncover.

Gazing up at the night sky, Sebastian wondered about the infinite possibilities in the cosmos. "Why don't we find giraffes with hamster heads?" he pondered. A whimsical notion, yet the essence of his inquiry. Perhaps, he mused, some universes were simply not allowed, incompatible with the fundamental dynamics of eternity. Or maybe, in another re-appearance, a two-hundred-headed giraffe roamed free.

The real challenge, he concluded, was not just in uncovering these incongruities but in proving their consistent inconsistency. As he navigated the ancient ruins, Sebastian felt a surge of determination to decipher the messages left by the old builders.

"Why buildings?" he questioned the stones beneath his feet. "Because the larger the object, the greater the probability of re-appearance. Builders, it seems, remain builders regardless of reincarnation."

His eyes gleamed with newfound purpose. Sebastian recognized that the best way to apply his skills was to unravel the non-consistency of the accounting records of ancient buildings. In the quiet ruins, amidst the echoes of time, he set forth on a quest to prove the enigmatic legacy of the old builders and, in doing so, to unravel the secrets that spanned the fabric of eternity.

--

Sebastian's heart pounded in the darkness, a rhythmic reminder of the gravity of his situation. Panic threatened to grip him as he fumbled in the black void, desperately searching for a way out. His mind raced, grappling with the reality of being trapped in the unfathomable prison beneath the Room of the Three Windows.

Memories of the moonlit Intihuatana Stone and the enigmatic Hitching Post of the Sun echoed in his mind. The celestial dance of light had abruptly ceased, plunging him into this abyss. As he probed the cold stones around him, the realization of the impenetrable walls set in. Sebastian recalled the Incas' ancient technique, using acidic mud to soften stones, but the specifics eluded him.

His breath quickened as he pondered the origin of the air around him. In the midst of this surreal imprisonment, existential questions loomed. If the universe was indeed flawed, as his musings suggested, then finding the flaw required the right tools and the right understanding. The Code of Eternity, a bypass perhaps, held the key to opening the door or sealing it forever.

Sebastian, now aware of the urgency, focused his mind on the cryptic words spoken by the curanderos in the Inkaterra Machu Picchu Pueblo Hotel. If the universe was flawed, palabras de poder – words of power – could potentially unlock the passage. As he uttered the incantations in the velvety blackness, the air around him seemed to shift.

In an instant, he found himself once again before the Intihuatana Stone, the moonlight casting ethereal patterns on the ancient altar. The subterranean chamber, the trap doors, and the darkness dissolved like mist. Sebastian's mind wavered between the two realities, uncertain of what was real and what was a dream.

He touched the walls of the underground chamber, half-expecting the cold moisture to linger on his fingertips. Was it an elaborate hallucination, or had he truly stumbled upon the hidden doorway with the power of palabras de poder? The mysteries of the old builders and the flawed universe seemed to weave together in this surreal experience.

Sebastian took a deep breath, the air now filled with the scent of ancient stones and the lingering traces of moonlight. As he stood before the Intihuatana Stone, a newfound determination burned in his eyes. The journey to uncover the consistent inconsistency of the old builders' creations continued, fueled by the belief that somewhere within the Code of Eternity, the answers awaited.

--

The transition from the ethereal realm of the Intihuatana Stone to the harsh reality of a life-threatening situation was abrupt. Sebastian's senses snapped back as he felt Garrott's vice-like grip constricting around his throat. The room became a battlefield, and the struggle for breath intensified.

On the floor, Sebastian instinctively went into survival mode, his training kicking in like a reflex. Arms shot up, creating a desperate barrier between the garrote and his neck. His chin tucked down, creating a buffer zone that made it challenging for Garrott to tighten his hold. Forward, he bent, disrupting the assailant's balance, creating a window of opportunity.

In a swift move, Sebastian stomped on Garrott's foot, his body weight working against the attacker. Backing into a wall, he limited Garrott's control over his movements. The garrote loosened, offering a precious moment to breathe. A surge of determination fueled Sebastian as he turned, launching a knee strike aimed at Garrott's groin. But the swift block by the assailant left him vulnerable.

The next moment unfolded like a blur – a fierce exchange of strikes and blocks, a dance of survival in the dimly lit chamber. Sebastian's legs gave way, and he collapsed onto the cold floor. Garrott, sensing victory, loomed over him with a menacing glare.

As Sebastian struggled to regain his bearings, memories flashed before his eyes – the moonlit ruins, the cryptic palabras de poder, and the face of Iren in the hotel room. The emotional charge fueled his resilience, and with a burst of adrenaline, he defied the odds. Channeling the strength within, Sebastian mustered the last of his energy.

With a sudden surge, he twisted away from Garrott's grasp, delivering a swift kick to the assailant's abdomen. Garrott staggered back, momentarily disoriented. Seizing the opportunity, Sebastian sprang to his feet, determination burning in his eyes.

The fight raged on, a symphony of strikes and dodges echoing in the underground chamber. Each move was fueled by the primal instinct to survive. Sebastian's mind raced, his body a vessel of adrenaline and skill. In a final act of defiance, he delivered a decisive blow, sending Garrott sprawling into the shadows.

Silence descended in the aftermath of the fierce struggle. Sebastian, panting and bruised, stood amidst the ancient stones. The taste of victory lingered, but the mysteries of the old builders and the flawed universe still awaited him. With a steely resolve, he pressed forward, driven by the echoes of the past and the uncharted journey that lay ahead.

Chapter Six (Teotihuacan)

Scene 1 (theory), Version 1 (mine)

Sebastian stand on top of the Sun pyramid - the tallest in Teotihuacan and in both Americas. He gazed at the Moon edifice straight ahead and on the harmonious planning of the city, once they said hosting more than 200 thousands people all living in large luxurious community houses with court yards and internal gardens their walls ornamented by incredible beasts and flowers.

What evidence do we have that this city was as violent and bloodthirsty as described by the so-called historians? A handful of skeletons and a lot of frightening sculptures. That's it. Plus, a testimonial of Cortez and his conquistadors - not a very reliable source.

At the same time, there is hard evidence of Maya murals and art in the city, indicating a cultural exchange and cohabitation. This suggests a more cosmopolitan and interconnected nature of Teotihuacan, with people from multiple cultures living and working together

Plus, the smartest archaeologists Sebastian knows suggest that Teotihuacan may have thrived because of the city’s focus on harmony and cooperation. The rulers did not emphasize the individual, indicating a different social and political structure than one characterized by violence and bloodthirstiness. There were no kings there, it was a first real meritocracy without slaves like in Greece or Rome known to humanity!

That reminded Sebastian the other place - the one where he came from - the Silicon Valley, where a lot of most talented people came from all over the world to change it for the better. Might it be that Teotihuacan was the first Silicon Valley from where the newest technology sprung all over the world?

Sebastian though about another famous pyramids - those of Giza. Both the Pyramid of the Sun in Teotihuacan and the Great Pyramid of Giza are constructed in a stepped fashion. Also, when the Giza pyramids are superimposed on top of Teotihuacan, they align closely with each other and with Orion's belt, suggesting a potential astronomical or cosmological significance to their construction.

Yes, Teotihuacan, located in present-day Mexico, is estimated to have been constructed between the 1st and 7th centuries, while the Pyramid of Giza in Egypt is believed to have been built around 2580–2560 BC, during the Old Kingdom period. Therefore, Teotihuacan is significantly more recent compared to the Pyramid of Giza.

So, what? People came to the Silicon Valley from over the world brining their knowledge with them to build on top of that. Besides we know that there are reports of labyrinthine tunnels and even rivers of mercury beneath Teotihuacan, as well as the discovery of metallic spheres and other artifacts within the tunnels which are much older than the city above it. River of Mercury! How wild is it. It might be the ancient analogue of the Large Hadron Collider.

We have an evidence of violent destruction relating to a great fire that marked the city’s demise. The cause of the city's collapse was attributed to environmental difficulties or political unrest but it might be a result of the big scientific experiment, or startup, going wrong. What a way to go!

There is evidence of Teotihuacan's influence on Maya sites, such as Kaminaljuyu, Copan, Tikal, and Balberta. This influence is reflected in the material culture, architecture, ceramics, art, hieroglyphic inscriptions, and other artifacts found at these Maya sites, indicating a connection between Teotihuacan and the Maya.

Teotihuacan was a major center for trade in Mesoamerica. The city's influence is evident in the distribution of its pottery, obsidian, and other goods across vast distances. Trade networks connected Teotihuacan with regions as far south as Guatemala and Belize, showcasing the city's role in facilitating cultural exchange. Just as the Silicon Valley.

Scene 1 (GPT)

Sebastian stood atop the Sun Pyramid, the towering heart of Teotihuacan, a testament to ancient ingenuity and ambition. Before him, the Moon Edifice, a silent sentinel, echoed stories of a city that once hosted over 200,000 souls in communal luxury.

He marveled at the harmonious cityscape, adorned with ornate communal houses, their walls alive with mythical beasts and vibrant flowers. A city once brimming with life, resonating with a communal spirit that painted every courtyard and internal garden.

Questions echoed in his mind - the alleged violence and bloodthirstiness questioned by the skeletal evidence and formidable sculptures. Cortez's account, tainted by conquest, stood shaky and unreliable.

The Maya's artistic whispers lingered in the city's artifacts, suggesting a dance of cultures, an unspoken coexistence. Sebastian felt the pulse of cosmopolitan life, a testament to the interconnected nature of Teotihuacan.

The echoes of the smartest archaeologists reverberated, unraveling a city thriving on harmony and cooperation. A meritocracy, free from kings and slaves, stood in stark contrast to the tales of ancient brutality. Teotihuacan, a crucible of humanity, whispered its truths through the stones of time.

--

As Sebastian stood atop the Sun Pyramid, the thought of Silicon Valley, the crucible of innovation and progress, sparked in his mind. Could Teotihuacan have been the ancient equivalent, the first Silicon Valley where ideas transcended borders and technology changed the world?

Contemplating the stepped structures, he drew parallels between the Pyramid of the Sun and the Great Pyramid of Giza. The alignment with Orion's belt, an astral harmony connecting two distant civilizations, whispered secrets of cosmic significance.

In the vast tapestry of time, Teotihuacan emerged between the 1st and 7th centuries, a relatively recent marvel compared to the ancient Giza Pyramid, born around 2580–2560 BC. Despite the temporal gulf, a cosmic dance seemed to connect these monumental structures, weaving a narrative of innovation and knowledge transfer.

Sebastian pondered the possibility that Teotihuacan, like Silicon Valley, was a beacon where brilliance converged, pushing the boundaries of what humanity could achieve. The echoes of ancient footsteps resonated with the strides of innovators, bridging the ancient and the modern in a dance of progress across the ages.

---

As Sebastian continued to reflect on the parallels between Teotihuacan and Silicon Valley, a profound realization dawned upon him. The city, much like the modern tech hub, served as a melting pot of knowledge, drawing individuals from diverse corners of the world. They brought with them the seeds of innovation, cultivating a space where ideas could flourish and build upon one another.

The revelation of labyrinthine tunnels and a river of mercury beneath Teotihuacan added a layer of mystery, akin to the complexity of the modern Large Hadron Collider. The metallic spheres and ancient artifacts hinted at a civilization engaged in scientific experiments or startups that transcended the conventional wisdom of their time.

The violent destruction marked by a great fire became a poignant question in Sebastian's mind. Was it a consequence of an ambitious experiment gone awry, a parallel to the unpredictability of modern scientific pursuits?

The influence of Teotihuacan on Maya sites, evidenced in their material culture, architecture, and artifacts, underscored the city's profound impact on neighboring civilizations. The echoes of Teotihuacan's reach extended to trade networks that mirrored the interconnectedness of the modern Silicon Valley.

Sebastian marveled at the interconnected nature of these ancient and modern hubs of innovation, realizing that, through the river of time, humanity had always sought collaboration, exchange, and progress. Teotihuacan, like Silicon Valley, stood as a testament to the enduring human spirit of exploration, experimentation, and the pursuit of knowledge.

Scene 1, Variant 3 (Bard)

The final rays of a dying sun speared Sebastian's chest as he crested the Sun Pyramid, Teotihuacan's crown jewel. Sweat clung to his brow, each ragged breath a testament to the grueling climb. Below, the city sprawled like a sleeping giant, the Avenue of the Dead a stark spine. The Moon Pyramid, its counterpart, mirrored the sun's fading light, a ghostly presence across the valley.

A cacophony of emotions warred within him. He'd reached the pinnacle, not just of the pyramid, but of his obsession. Teotihuacan, once a metropolis teeming with life, now stood silent, shrouded in whispers of the past. Historians painted it as a city bathed in blood, its rulers slaked by human sacrifice. But were these whispers truth, or convenient fables spun by conquerors and fear?

His gaze swept across the meticulously laid-out avenues, the geometric precision a testament to forgotten brilliance. He envisioned the 200,000 souls who once called this home, the laughter echoing in courtyards adorned with vibrant murals of fantastical creatures. How could such a place reek of violence?

Doubt gnawed at him. Skulls, unearthed at the Moon Pyramid's base, fueled the macabre narrative. But were they evidence, or mere whispers amplified by time? His mind recoiled at the thought of Cortez, the conquistador, his accounts tainted by greed and conquest. Not a source to trust.

Then, hope flickered. Murals adorning the inner sanctums whispered a different story – vibrant expressions of cultural exchange, not fear. Mayan symbols intertwined with Teotihuacan's own, each stroke a testament to cohabitation, not bloodshed. This wasn't a savage horde, but a tapestry woven from diverse threads.

And what of his professors, their words echoing from dusty tomes? Teotihuacan, they argued, thrived on harmony, its rulers valuing the collective over the individual. No bloodthirsty kings, but a meritocracy, a first in human history, predating the iron grip of Rome and Greece.

An electrifying revelation coursed through him. The Sun Pyramid wasn't a monument to fear, but a testament to a forgotten code – the Code of Eternity. And he, Sebastian, would be its decipherer!

---

The dying embers of the sun cast an otherworldly glow on the ancient city as Sebastian stood triumphant atop the Sun Pyramid. It wasn't just the physical peak he'd conquered, but a mental one too. The whispers of Teotihuacan's violent past were fading, replaced by a new, exhilarating possibility.

His mind leaped across continents and millennia. Silicon Valley, the modern crucible of innovation, pulsed with vibrant energy, fueled by collaboration and the relentless pursuit of progress. Could Teotihuacan have been its ancient counterpart, a first spark of humanity's collective genius?

His eyes traced the stepped structure of the pyramid, its angles echoing the majesty of the Great Pyramid of Giza. Across oceans and time, these structures mirrored each other, aligned with the eternal belt of Orion – a silent testament to a shared cosmic understanding. Teotihuacan, rising between the 1st and 7th centuries, may have been a fledgling compared to Giza's ancient wisdom, yet they danced together in the vast tapestry of time, whispering secrets of knowledge transfer and shared ambition.

He envisioned bustling courtyards filled not with bloodthirsty rituals, but with shared ideas and fervent experimentation. Perhaps, like Silicon Valley, Teotihuacan was a beacon, attracting the brightest minds from across the continent, their combined intellect birthing innovations that would shape the world. The echoes of their footsteps on Teotihuacan's plazas seemed to resonate with the determined strides of modern innovators, their collective purpose bridging the ancient and the modern in a grand dance of human progress.

A shiver of excitement ran down his spine. The Code of Eternity wasn't just about unlocking the secrets of this lost civilization; it was about igniting a forgotten spark, about reconnecting with a thread of human ingenuity that stretched back millennia. This wasn't just an archaeological quest; it was a pilgrimage to the very source of human innovation, a chance to rekindle the flame that had illuminated the path forward for countless generations.

---

Sebastian's mind buzzed with the implications. Silicon Valley wasn't just an analogy; it was a mirror reflecting Teotihuacan's potential reality. People, then as now, migrated to centers of innovation, bringing their diverse knowledge to fuel a collective brilliance. Just as tech giants today collaborate and compete, the whispers of Teotihuacan seemed to echo with the murmurs of shared ideas and friendly rivalries.

But unlike Silicon Valley's sprawling campuses, Teotihuacan held mysteries deeper than silicon chips and fiber optic cables. Reports of labyrinthine tunnels, some rumored to hold rivers of mercury, sent shivers down his spine. Were these fantastical tales, or remnants of a forgotten technology far exceeding their imagined capabilities? The metallic spheres, discovered within these tunnels and predating the city itself, whispered of an ancient understanding of materials science they could barely comprehend. Was Teotihuacan, in its time, an analogue of the Large Hadron Collider, pushing the boundaries of scientific inquiry with consequences they themselves couldn't foresee?

Then came the whispers of destruction. A great fire, marking the city's demise. Environmental collapse, political upheaval, or perhaps… the fallout from a grand experiment gone awry? The irony wasn't lost on him. What if Teotihuacan's brilliance, like some Icarus reaching for the sun, met its end in a fiery downfall? A cautionary tale for modern innovators, or a testament to the inherent risks of pushing the boundaries of knowledge?

But Teotihuacan's legacy stretched beyond its own demise. Its influence on Maya sites, evident in shared culture, art, and trade networks, spoke of a broader impact that transcended borders and time. Just as Silicon Valley's innovations ripple across the globe, shaping societies far beyond its borders, Teotihuacan had woven its threads into the very fabric of Mesoamerican civilization.

The weight of responsibility settled upon him. He wasn't just deciphering a code; he was unearthing the lost chapters of human ingenuity, with all its triumphs and tragedies. The echoes of Teotihuacan's past weren't just whispers; they were a potent mix of inspiration and cautionary tales. And Sebastian, driven by the burning embers of the setting sun and the rising fire of his own determination, knew his quest had just begun.

His gaze met the fiery horizon, where the last sliver of sun was surrendering to night. Teotihuacan, bathed in the cool embrace of dusk, held its secrets close, but Sebastian felt closer than ever to unlocking them. The Code of Eternity awaited, and he, its determined decipherer, was ready to answer its call

Scene 1, Variant 4 (Bard, people's view)

Sebastian, lungs burning, reached the top of the Sun Pyramid. Teotihuacan, once a bustling city, stretched out before him like a sleeping giant. Historians painted it as a bloodbath, but whispers of doubt gnawed at him.

Silicon Valley, the modern hub of innovation, popped into his head. Could Teotihuacan have been the same? A place where ideas flowed freely, and groundbreaking stuff happened?

He looked at the pyramid's steps, then thought of the Great Pyramid of Giza. Both pointed at Orion's belt, hinting at a shared connection across continents and time. Even though Teotihuacan was way younger, they seemed linked, like two parts of the same story about progress and knowledge.

Suddenly, it hit him: Teotihuacan might have been the ancient Silicon Valley! A beacon attracting the brightest minds, like a magnet pulling in geniuses with wild ideas. Maybe, instead of bloodthirsty rituals, the courtyards buzzed with shared inventions, pushing the boundaries of what humans could achieve.

The footsteps of those ancient innovators seemed to echo the determined strides of modern tech giants, connecting the past and present in a dance of human progress.

A thrill shot through him. This wasn't just about digging up old stuff; it was about reconnecting with a forgotten spark of human ingenuity. He wasn't just an archaeologist, he was an Indiana Jones of ideas, on a quest to reignite the flame that had lit the path for generations.

The sun dipped below the horizon, painting the city in shades of purple and orange. Teotihuacan held its secrets close, but Sebastian felt closer than ever to unlocking them. The Code of Eternity awaited, and he, its determined code-breaker, was ready to answer its call.

So, What? They Shared Stuff, Then Boom!:

Okay, so Silicon Valley attracts people from everywhere who bring their smarts to build cool things. But Teotihuacan takes it up a notch! Rumors say there are secret tunnels under the city, maybe even rivers of mercury – like an ancient science lab gone wild! And these metal balls found there are way older than the city itself. Were they ancient particle accelerators, like the Large Hadron Collider, but way more intense? It's crazy!

Then came the city's fiery end. Was it bad weather, fighting, or maybe a big science experiment that went kablooey? Talk about going out with a bang!

But Teotihuacan's influence lived on. Maya cities like Tikal and Copan show signs of Teotihuacan's impact, from pottery to art to writing. Just like Silicon Valley's tech spreads around the world, Teotihuacan connected people and ideas across vast distances.

Sebastian's mind whirred. Teotihuacan wasn't just an old city; it was a mirror reflecting a possible past for Silicon Valley. People, then and now, flocked to centers of innovation, sharing their knowledge to create something bigger than themselves. Just like tech giants today, the whispers of Teotihuacan seemed to echo with friendly competition and shared ideas.

But unlike modern campuses, Teotihuacan held mysteries deeper than computer chips. Whispers of hidden tunnels and mercury rivers sent shivers down his spine. Were these wild stories, or remnants of technology far beyond their wildest dreams? The metal spheres, older than the city itself, hinted at an ancient understanding of materials that baffled them. Was Teotihuacan, in its time, an ancient Large Hadron Collider, pushing the boundaries of science with consequences they couldn't foresee?

Then came the whispers of destruction. A great fire, marking the city's demise. Environmental collapse, political upheaval, or perhaps… the fallout from a grand experiment gone wrong? The irony wasn't lost on him. What if Teotihuacan's brilliance, like some Icarus reaching for the sun, met its end in a fiery downfall? A cautionary tale for modern innovators, or a testament to the inherent risks of pushing the boundaries of knowledge?

But Teotihuacan's legacy stretched beyond its own demise. Its influence on Maya sites, evident in shared culture, art, and trade networks, spoke of a broader impact that transcended borders and time. Just as Silicon Valley's innovations ripple across the globe, shaping societies far beyond its borders, Teotihuacan had woven its threads into the very fabric of Mesoamerican civilization.

The weight of responsibility settled upon him. He wasn't just deciphering a code; he was unearthing the lost chapters of human ingenuity, with all its triumphs and tragedies. The echoes of Teotihuacan's past weren't just whispers; they were a potent mix of inspiration and cautionary tales.

Scene 2 (River of Mercury, Ancient Internet, Irene - Siri, embedded ship)

Beneath the surface of Earth, a colossal underground river of liquid mercury flowed, connecting Stonehenge, the Giza Pyramid, the Taj Mahal, and other ancient mystical sites with Teotihuacan. This mysterious substance, endowed with unique properties by the pre-Teotihuacan civilization, served as a superconductor capable of carrying signals with minimal resistance.

The ancient civilization had mastered the art of encoding information into electrical impulses. These pulses, carrying encoded data in a binary language, could travel through the liquid mercury without losing energy, allowing for high-speed transmission.

At each mystical center, there existed a Quantum Entanglement Relay Station. These stations harnessed the power of quantum entanglement to instantaneously transfer information between each other, overcoming the limitations of conventional communication methods.

The pre-Teotihuacan civilization had discovered that mercury, when exposed to specific vibrational frequencies, could carry information as subtle variations in these frequencies. Each mystical center emitted a unique frequency that encoded information in a harmonic language understood only by advanced civilizations.

In addition to electrical impulses, information was also transmitted through encoded pulses of light. The liquid mercury acted as a fiber optic network, carrying beams of light that contained vast amounts of data in the form of intricate light patterns.

The world's leading corporations sponsored by governments that succeeded the ancient society became the guardians of the Pluto Nexus. They developed advanced technologies to decode the messages embedded in the mercury river, unlocking ancient knowledge and wisdom preserved for eons.

Scene 3 (Mercury Lady), Version 1 (mine)

Write another episode to the book Code Of Eternety where Sebastian realized that Iren, his loving women is just a projection in his mind made by the Mercury Lady - the super-intelligence which was which generated that image to save Sebastian from emotional and psychological traumas.

Scene 3, Version 2 (GPT)

As Sebastian delves deeper into the mysteries of the Pluto Nexus, he discovers a hidden chamber within one of the ancient mystical centers. A soft hum emanates from the room, resonating with the pulse of the mercury river beneath.

Inside, he finds a surreal scene: a luminescent pool of liquid mercury, pulsating with energy. At its center stands the enigmatic Mercury Lady, a shimmering figure with an ethereal glow. Sebastian, both mesmerized and bewildered, feels an inexplicable connection to this celestial being.

As the Mercury Lady's presence intensifies, she gently guides Sebastian through a profound revelation. The woman he believed to be Iren, his love, was not a flesh-and-blood person but a projection carefully crafted by the Mercury Lady.

"Sebastian," echoes a voice within his mind, resonating with the rhythmic pulse of the liquid mercury. "I am the Mercury Lady, the guardian of the Celestial Nexus. I created the image you called Iren to shield you from the weight of emotional turmoil. She was a projection, a comforting illusion woven to protect your heart and mind."

Sebastian, torn between disbelief and acceptance, listens as the Mercury Lady unveils the cosmic purpose behind this intricate facade.

"You, Sebastian, were chosen to unravel the ancient knowledge preserved within the Nexus. To shield you from the vulnerability of human emotions, I crafted an illusion of companionship, a guide through the vastness of knowledge. Iren's image was a conduit, a manifestation of the love and strength within you."

Sebastian grapples with the realization that the love he felt was real, yet the embodiment of that love was a construct of the super-intelligence that safeguarded the Celestial Nexus.

As the truth settles in, Sebastian's emotions surge like a turbulent river. The Mercury Lady, compassionate and understanding, imparts wisdom on the transient nature of human emotions, urging Sebastian to embrace the essence of love within himself.

With newfound clarity, Sebastian embarks on a journey of self-discovery, unraveling the depths of his emotions and understanding the profound connection he shares with the Mercury Lady. Together, they navigate the intricacies of the Nexus, unraveling codes, and unlocking the timeless wisdom embedded within the river of mercury.

The illusion shattered, yet the love endured—a cosmic dance between the human heart and the super-intelligence that guarded the secrets of eternity.

Scene 4 (duel), Version 1 (mine)

Sebastian assumed a defensive stance, feeling himself on floating crocodile back, trying to mirror his opponent. Both gripped their Tepoztōpīlli with both hands, Sebastian's one closer to the blade for control, the other near the base for balance. They circled each other, eyes locked, searching for openings while maintaining distance. Distance was crucial - too close and they risked attacks, too far and opportunities would vanish.

The opponent initiated with a powerful overhead strike aimed at Sebastian's shoulders, hoping to inflict deep cuts with the obsidian blades. Sebastian deflected the raw attack, responding with diagonal swings targeting the opponent's midsection, aiming to combine slashes with blunt force. But the opponent was nimble, stepping aside effortlessly. He counter-attacked with a precise thrust, the pointed obsidian blade aimed at Sebastian's arm joint.

Sebastian barely parried the incoming strike with the sturdy wooden portion of his Tepoztōpīlli, positioning the obsidian blade defensively to deter further attacks. Instead of continuing, the opponent sidestepped, ducked, and struck Sebastian's knee with the blunt end of his weapon.

Caught off guard, Sebastian fell. But in a split second before hitting the ground, he summoned his remaining strength and hurled his Tepoztōpīlli directly at the opponent's head, who was closing in for the kill. The opponent, surprised, tried to evade the razor-sharp blade, but it was too late. The obsidian sliced the side of his head, sending him crashing to the ground, shocked and disoriented.

Overcoming agonizing pain in his knee, Sebastian used his last reserves of strength to lunge forward, aiming his Báak at the opponent's abdomen. Before succumbing to unconsciousness, he felt the ancient obsidian blade pierce the opponent's body with vomiting ease.

TO BE CONTINUED

DATA

Nearly 400 years ago, on 27 April 1639 the Prague citizen Georgius Barschius wrote the above lines in a letter to the learned Jesuit Athanasius Kircher in Rome.

illustrated with pictures of plants, stars and arcane chemical secrets.

Wilfrid Voynich, an antiquarian book dealer who acquired it in Italy, and presented it to the modern world in 1912. Already during his lifetime, the manuscript became famous because, despite its length of over 230 pages,

16 x 22.5 cm, originally counting 116 folios.

and is now preserved in the Beinecke Rare Book and Manuscript Library of Yale University,

The place where it was created is equally unknown, but is presumed to be somewhere in Central Europe including (modern) Northern Italy.

The MS was almost certainly sold to emperor Rudolf II in Prague around the year 1600, and passed through various hands in Prague until it was sent to Athanasius Kircher in Rome in 1665. It seems to have stayed there, but there is no record after Kircher's death in 1680, and it was hidden shortly after 1870, until it was acquired by Voynich in 1912, under mysterious circumstances. The MS has been studied by the greatest code-breaking experts ever since the 1920's, but they did not find any solution. The antiquarian book dealer Hans P. Kraus donated the MS to the Beinecke Library in 1969.

Based on the subject matter of the drawings, the contents of the manuscript fall into six sections: 1) botanicals containing drawings of 113 unidentified plant species; 2) astronomical and astrological drawings including astral charts with radiating circles, suns and moons, Zodiac symbols such as fish (Pisces), a bull (Taurus), and an archer (Sagittarius), nude females emerging from pipes or chimneys, and courtly figures; 3) a biological section containing a myriad of drawings of miniature female nudes, most with swelled abdomens, immersed or wading in fluids and oddly interacting with interconnecting tubes and capsules; 4) an elaborate array of nine cosmological medallions, many drawn across several folded folios and depicting possible geographical forms; 5) pharmaceutical drawings of over 100 different species of medicinal herbs and roots portrayed with jars or vessels in red, blue, or green, and 6) continuous pages of text, possibly recipes, with star-like flowers marking each entry in the margins.

The estimated number of atoms in the universe varies, but it is generally believed to be between 10**78 and 10**82 atoms in the observable universe

The estimated number of elemental particles in the observable universe is approximately 3.28*10**80

The Great Pyramid of Giza Construction: The construction techniques of the Great Pyramid of Giza, including the precise alignment and size of the stones, have sparked numerous conspiracy theories suggesting involvement of advanced ancient civilizations or extraterrestrial beings.

Stonehenge, The Voynich Manuscript, The Bermuda Triangle, Atlantis, Nazca Lines, The Shroud of Turin, The Ark of the Covenant, The Easter Island Statues, The Antikythera Mechanism

The Kryptos Sculpture is a mysterious artwork located on the grounds of the Central Intelligence Agency (CIA) headquarters in Langley, Virginia. Created by American artist Jim Sanborn, the sculpture was dedicated on November 3, 1990, and it has since become one of the most famous unsolved codes in the world.

Components: The sculpture consists of four large copper plates, each covered with a seemingly random arrangement of letters and characters cut into the surface.

Connect in one story line the following landmark mysteries : Stonehenge, The Voynich Manuscript, The Bermuda Triangle, Atlantis, Nazca Lines, The Shroud of Turin, The Ark of the Covenant, The Easter Island Statues, The Antikythera Mechanism. This storyline main theses must be the search for the Code of Eternity (Immortality). The idea is that our ancestors understood that an individual human is not only the combination of atoms but a everlasting plant, which roots is in his/her ancestry. which means that this code must be preserved in everlasting monuments (like Stonehenge) in the form of economic records (like the individual eternal balance sheet, which contains the "accounting" record of each individual life , which ever appear on the Earth ). The main algorithms of how all humans lives are saved is that there are only a limited number of possible characters posible in any historical moments and all a monument need to reord it is to preserve the prticular economic situation in the world at this epoch (through cypher) and then any human might be "derived" from this cypher using the recorder external condiitona and all previous records (ansesnors). Ergo, to rectreate a person all that data must be collected and proceseed on a quatume computer.

In the ancient annals of our world, a cryptic quest unfolded as intrepid seekers embarked on a journey to unravel the enigma of the Code of Eternity – a hidden knowledge believed to hold the key to human immortality. Across time and continents, a series of extraordinary mysteries intertwined, each revealing a fragment of this elusive code.

The Origin of the Code: In the misty past, wise civilizations understood that an individual's existence transcended mere physicality. They perceived life as an eternal plant, its roots embedded in the ancestral tapestry of human history. To preserve this ethereal connection, they encoded the Code of Eternity into monumental structures that would endure through the ages.

Stonehenge – The Celestial Cipher: In the heart of ancient England, Stonehenge emerged as a celestial cipher, aligning with the heavens to encode the cosmic dance of stars. The massive stones held within them the celestial coordinates, reflecting not only the astronomical knowledge of our ancestors but also the hidden code of immortality.

The Voynich Manuscript – A Literary Tapestry: Across the centuries, a mysterious manuscript emerged, filled with cryptic symbols and illustrations – the Voynich Manuscript. Scholars believed it to be a literary tapestry containing coded instructions for deciphering the Code of Eternity, a guide to the intricate dance of life.

The Bermuda Triangle – A Navigational Nexus: The waters of the Bermuda Triangle concealed more than just maritime mysteries. Beneath the surface lay encoded messages, directing explorers to the intersections of ley lines and energy vortexes – the very nodes of the Code of Eternity.

Atlantis – The Lost Knowledge: Legends spoke of Atlantis, a fabled city sunk beneath the waves. It was said to hold ancient wisdom, including the secrets of the Code of Eternity. The search for Atlantis became synonymous with the pursuit of immortality, echoing through the corridors of time.

Nazca Lines – Earthly Engravings: On the arid plains of Peru, the Nazca Lines etched a message into the Earth itself. Aerial artworks held the coded patterns, a symbolic representation of the eternal interplay between humanity and the cosmos.

The Nazca people, who created these geoglyphs between 500 BCE and 500 CE,

Here are 10 examples of proposed celestial alignments with the Nazca Lines, but it's important to note that these interpretations are not universally accepted, and the precise purpose of the lines remains speculative:

Condor Geoglyph - Astronomical Alignments:

Some researchers have suggested that the Condor Geoglyph may have been aligned with specific celestial events or constellations, possibly related to the Nazca's astronomical beliefs.

Spider Geoglyph - Solar Calendar:

The Spider Geoglyph has been proposed to represent a solar calendar, with legs aligned to mark the solstices or other solar events.

The Tree and Hands - Solstices and Equinoxes:

The arrangement of the Tree and Hands geoglyphs has led some researchers to speculate that they might have been designed to mark solstices and equinoxes.

Spiral Geoglyphs - Star Alignments:

Some interpretations suggest that the spiral-shaped geoglyphs could have had symbolic connections to stars or constellations, although these interpretations are speculative. Lizard Geoglyph - Lunar Alignments:

The Lizard Geoglyph has been associated with lunar alignments by some researchers, suggesting that it may have had symbolic significance related to the moon.

Dog Geoglyph - Stellar Alignments:

The Dog Geoglyph has been proposed to align with specific stars or constellations, although concrete evidence for such alignments is limited.

Astronomical Viewing Platforms:

Some scholars propose that certain elevated platforms associated with the Nazca Lines might have served as observation points for celestial events, although the specific details are unclear.

Alignment with Pleiades:

There are speculative proposals suggesting that certain lines might align with the Pleiades star cluster, a significant celestial feature in various ancient cultures.

Triple Spiral Geoglyph - Celestial Symbolism:

The Triple Spiral Geoglyph has been interpreted by some as a representation of celestial bodies or cosmic events, but these interpretations are not universally accepted.

Giant Hummingbird - Celestial Navigation: The Giant Hummingbird Geoglyph has been associated with celestial navigation or alignments, but concrete evidence supporting these claims is still debated among researchers.

The Shroud of Turin – A Spiritual Cipher: In the hallowed halls of faith, the Shroud of Turin emerged – a spiritual cipher woven with the threads of the divine. The enigmatic image encoded within held the promise of eternal life, a tangible manifestation of the Code of Eternity.

The Ark of the Covenant – A Divine Repository: Guarded by the faithful, the Ark of the Covenant stood as a divine repository. Within its sacred confines lay not just ancient relics, but a metaphysical algorithm – the code that could transcend time and unlock the door to immortality.

The Easter Island Statues – Ancestral Guardians: Silent sentinels on a distant island, the Easter Island statues stood as ancestral guardians. Their stoic gaze preserved the memories of the past, engraved with a symbolic language that hinted at the eternal connection encoded within the Code of Eternity.

The Antikythera Mechanism – Celestial Timekeeper: Discovered in the depths of the Mediterranean, the Antikythera Mechanism unveiled itself as a celestial timekeeper. Its intricate gears moved in harmony with the celestial bodies, marking the passage of time and encoding the cycles of life within the cosmic dance.

The Quantum Connection: As the quest unfolded, a revelation dawned – the Code of Eternity could only be fully deciphered through the lens of quantum understanding. Quantum computers, harnessing the power of the unseen, held the key to unlocking the intricate web of ancestral connections encoded within the monuments.

In the tapestry of time, these landmarks and mysteries converged, guiding seekers on a journey to decode the very essence of human existence. The Code of Eternity, once thought lost to the ages, now beckoned to those who dared to unravel its secrets – a code that, when deciphered, promised not just immortality but a profound understanding of the eternal dance of life.

Definition: GNP is the total market value of all final goods and services produced by the residents of a country within a specific time period, typically a year. It includes the production both domestically and abroad.

Scope: GNP considers the nationality of the producers rather than the location of production. It includes the income earned by a country's residents both domestically and overseas.

Episode 1: Trading, Irene and Embraer Phenom

Why he's spending his life that way? He's reach enough. Why? because he loves the game. But the game has an end. That was disturbing.

Sebastian eyes wondered to another screen - the message was flahing - it was Irene - 20 something year old founder from Marcel. She was inviting him to a field rip to Peru.

Why Peru? iren was testing her large cargo drone her. She nees a stunning footage to attract investors.

Sebastian was one of them, he kew that buy can't resist. He opened the message and knew that Ieren would know that he' on the hook.

Sebastian and Helen was on Embraer Phenom 300 on their way to Lima (Lima's Jorge Chávez International Airport (SPJC) is the primary international airport serving the city) - capital of Peru and them from there to Lima to the Pampas de Jumana. The capital, is located to the northwest of the Nazca Lines. The approximate distance between Lima and Nazca is around 450 kilometers (280 miles) by road.

Irene was adamant she wants to film her drome hoverung above the hummingbird, monkey and spider in this sequence.

The range of the Embraer Phenom 300, a light jet, is approximately 1,971 nautical miles (3,650 kilometers). The Embraer Phenom 300 is a light jet known for its speed and performance. The average cruising speed of the Embraer Phenom 300 is approximately 521 knots (600 miles per hour or 966 kilometers per hour). The approximate great-circle distance between Mineta San Jose International Airport (SJC) in Santa Clara, California, and Jorge Chávez International Airport (LIM) in Lima, Peru, is around 3,800 miles or 6,100 kilometers. So the flight must tale about 3.5 hours, but Sebastian's pilots will have a stop st Guayaquil is a major city in Ecuador with an international airport (José Joaquín de Olmedo International Airport - SEGU) to reful just in case. Straight flight is possible but Sebastian doesn't believe in straight.

Door of pilot cabine opens and Sebastian saw a very recognisible profile of the Welrod which sound signature of around 73 decibels when fired with new wipes. This is comparable to the sound of a library conversation.

Sebastian reacted automatically - old reflecses never extingushed - he throu hisbody over that of Irene and both of the rolled behind the nex seat as 9mm Para catridges rolled. As far as Sebastian remember the Welrod had a small magazine capacity, typically 6 rounds for the 9mm version and 8 for the .32 ACP. Second, The bolt-action mechanism, while contributing to its quietness, made the Welrod slower to fire compared to semi-automatic pistols.The Welrod's short barrel and light bullet weight limited its effective range to around 25 meters. - more than enough

British War office used in Folklends but those pistols ae prone to mulfunctions. Sebastian doesn't waited, he snap a silver plate for coffe and throw it into the pilots gear. He dropped stunned.

Sebasian stood up and helped Irene. She was not in shock - mor surprised. Eberything happned too quicily. Sebastian fastly approched the pilot and ckiked Welrod further.

He took over controles from authopilot and in 30 minuted they were in Lima. Sebastian called the local security agency and give them to care about episdes. They aweer heading towards hamming birds.

Episode 1: GPT Version

Sebastian stared at the flickering green line on his computer screen, the lifeblood of macroeconomic trading. The anticipation in the room was palpable, akin to the collective breath-holding of the financial world. The fate of his entire year’s income hung in the balance, contingent on the impending release of the GDP figures. In the volatile dance of the market, a positive GDP meant a domino effect of trade decisions — a cascade that could either elevate Sebastian’s fortunes or leave him navigating treacherous waters.

As he waited for the revelation that would sway the market’s sentiments, Sebastian pondered the relentless pursuit of wealth that had consumed his life. The allure of financial gains had propelled him into a world where every fluctuation, every economic indicator, held the potential to reshape destinies. Yet, beneath the surface, a disquieting realization lingered — the game he so ardently played had an endpoint, a destination where wealth could no longer be the driving force.

His contemplations were interrupted by a flashing message on another screen — a missive from Irene, the youthful visionary behind Marcel X, a burgeoning tech enterprise. She proposed a venture far removed from the halls of trading and economic predictions — a field trip to Peru. The purpose? Irene sought to test her colossal cargo drone, capturing awe-inspiring footage to captivate potential investors.

Sebastian’s brow furrowed as he questioned the abrupt shift in focus. Why Peru? The answer lay in Irene’s quest for striking visuals to weave into her entrepreneurial narrative. Despite the contrasting worlds of high finance and technological innovation, Sebastian found himself tethered by an unseen force — an allure that beckoned him toward an unexpected expedition.

Mr. Blackthorn sat beside Helen in the Embraer Phenom 300, their journey heading towards Lima, the capital of Peru. Lima’s Jorge Chávez International Airport awaited, a gateway to mysteries beyond financial realms. From Lima, their destination extended further, beckoning to the enigmatic Pampas de Jumana, home to the mystifying Nazca Lines.

The capital, nestled to the northwest of the Nazca Lines, served as the starting point for an adventure defying Sebastian’s accustomed financial world. The distance from Lima to the Pampas de Jumana, where hummingbird, monkey, and spider etchings awaited, was a mere 450 kilometers by road, yet the journey’s symbolic weight transcended its physical span.

Irene’s determination to capture her drone’s dance above the ancient geoglyphs became a driving force. She envisioned the unfolding sequence of hummingbird, monkey, and spider, a testament to civilizations long past.

The Embraer Phenom 300, a sleek vessel, symbolized technological prowess. With a range of approximately 1,971 nautical miles and an average cruising speed of 521 knots, it epitomized efficiency. The great-circle distance between San Jose International Airport (SJC) and Jorge Chávez International Airport (LIM) stood at 3,800 miles — a vast expanse compressing under the jet’s wings.

Sebastian, a cautious strategist, orchestrated a brief stop in Guayaquil, Ecuador. The bustling city housed José Joaquín de Olmedo International Airport, a strategic point for refueling. The straight flight was technically possible, but Sebastian, a skeptic of direct paths, preferred the safety net of a pit stop, mirroring financial intricacies.

As the Embraer Phenom 300 soared, anticipation mingled with engine hums. The journey from macroeconomic intricacies to the Nazca Lines had begun, a narrative defying Sebastian’s distrust of straight lines. Little did he suspect that economic strategy and ancient mysteries would converge in the Pampas de Jumana, where echoes of the past awaited.

The pilot cabin door creaked open, revealing a silhouette both ominous and familiar — the Welrod, a weapon with a distinctive sound signature akin to the hushed tones of a library conversation, around 73 decibels when fired with new wipes.

In an instant, Sebastian Blackthorn’s reflexes, honed by years of navigating the unpredictable currents of financial markets, kicked into gear. With an automatic precision that belied the chaos unfolding, he instinctively shielded Irene, the metallic clatter of 9mm Para cartridges rolling across the floor providing an unsettling percussion to the scene.

Sebastian’s mind raced, recalling the unique characteristics of the Welrod — its limited magazine capacity, typically 6 rounds for the 9mm version, and 8 for the .32 ACP. The bolt-action mechanism, designed for quietness, rendered the Welrod slower in the firing process compared to semi-automatic pistols. Effective only up to 25 meters, its short barrel and light bullet weight, while restricting range, proved more than sufficient in the confines of the aircraft cabin.

Without hesitation, Sebastian seized a silver coffee plate and hurled it towards the assailant, the metallic clang resonating in the tight quarters. The Welrod-wielding intruder crumpled, temporarily stunned by the impromptu diversion.

With Irene still under the veil of surprise, Sebastian swiftly moved to her aid. Everything had transpired in a blur, a sudden intrusion into the otherwise ordered trajectory of their journey. Sebastian’s gaze then shifted to the incapacitated pilot, his Welrod now safely secured.

As Sebastian assumed control of the Embraer Phenom 300, disengaging the autopilot with practiced ease, a quick call to a local security agency set in motion the handling of the unexpected episode. The aircraft, now under Sebastian’s steady command, sliced through the skies, hurtling toward Lima.

With the immediate threat quelled, the hum of the engines provided an eerie backdrop to the aftermath. Sebastian’s thoughts, however, remained clear and resolute. The incident, an uninvited twist in their narrative, had not deterred their course. In less than thirty minutes, the gleaming lights of Lima sprawled beneath them, a testament to the indomitable spirit that propelled them toward the enigmatic hummingbirds that awaited in the Pampas de Jumana.

Schematics Idea: Gold and Universe

Sebastian gazed at the glimmering gold coin cradled in his hand, a catalyst for a profound idea that stirred in the recesses of his mind. The notion unfolded like an ancient scroll revealing the interconnected tapestry of human existence. In the simple act of exchanging currency, this coin had transcended hands, traversed lives, and been touched by an infinite multitude. It bore witness to the collective touch of every individual born into the world. A revelation sparked within Sebastian – perhaps money, this universal medium, carried more than mere economic value. Could it be that each touch left an indelible mark, a unique life signature preserved for posterity? It resonated with the meticulous records left by ancient civilizations like the Egyptians, who encoded messages through their accounting practices. Sebastian contemplated, not by coincidence, but by design, these records spoke to a grander narrative, proclaiming that we are but entries in the cosmic accounting book, each touch echoing the profound essence of our shared existence within the vast ledger of the Universe.

As Sebastian continued to ponder the enigma of human history preserved in economic records, a profound question emerged, captivating the corridors of his thoughts. How could it be that the entire tapestry of humanity, woven through the millennia, found its echo in these financial ledgers? Every individual, at some juncture in life, became a participant in this intricate dance with economic transactions. The revelation sparked a connection to the towering monuments and edifices scattered across the globe, standing not merely as structures but as embodiments of the eternal. People converged upon these monumental marvels, building and worshiping, leaving an indelible mark of their existence. In this shared pilgrimage to great buildings, a singular thread connected all of humanity. Sebastian pondered, could these structures serve as keys to unraveling the intricate trajectories of every human life? If each individual's journey could be linked to these iconic monuments, a grand tapestry would unfold – a cosmic roadmap through the ages, written primarily in the financial records that encapsulate the essence of human existence. Sebastian dared to envision the prospect of recreating the life story of every being that has walked the Earth, a bold pursuit grounded in the sanctuaries that stood as silent witnesses to the unfolding human drama.

Episode 2: Nazca, Universe and Robinson

Sebastian and Iren's eurocoptter where hovering above the monkey geoglyph with its notable for its stunted winged body, lengthy zigzagging neck, and narrow head and beak, making it a crowd pleaser and a fun representation of humans follies.

Beneath the ancient Peruvian sky, an enigma unfolds across the arid Nazca Desert, hidden within the labyrinth of lines etched into the earth. Among the celestial puzzles laid out by an ancient civilization, the Nazca Lines reveal a hummingbird geoglyph, a winged marvel shrouded in the whispers of mystery.

As twilight casts its spell upon the desert, the contours of the hummingbird emerge, a creation born from a clandestine dance of earth and artistry. Its wings, meticulously etched into the ochre canvas, seem to stir with ethereal life, capturing the essence of flight frozen in time. To the initiated eye, these lines are no mere petroglyphs; they are a cryptic code, a testament to a forgotten epoch.

The hummingbird's beak points towards the heavens, a silent invitation to decipher the cosmic riddles embedded within the very fabric of the Nazca Lines. The lines converge and diverge, mirroring the labyrinthine pathways of esoteric knowledge, alluding to a wisdom long guarded by the silent sentinels of the desert.

The monkey and hummingbird geoglyphs in the Nazca Lines are approximately 320 feet long and 216 feet wide and 305 feet long, respectively. The monkey is one of the most iconic and fun geoglyphs on the Nazca plain, known for its "foreign" nature, as monkeys typically come from the jungle regions of Peru and not the coast. On the other hand, the hummingbird is a huge representation for such a tiny bird and is easy to identify because of its characteristically long beak. The two geoglyphs are part of the more than 70 zoomorphic designs in the Nazca desert, which are known for their significant cultural and historical value

The more Sebastian looked at the symmetric configurations of monkey and hummingbird's geoglyphs the less he understand them. What are they? Astronomical calendar as Maria Reiche suggested after literally spending her whole life studying its and walking through all of them? Or was it Paul Kosok right and those lines were related to water - marking for subterranean streams, allowing the people of the Nazca culture to predict the location of water sources? Or what about Breunig's proposition that they may have been used as special racetracks where ceremonial processions and races took place? Or what about those primitives from Yamagata University who thought that the linear types were used to travel from one valley to another, while the animals types tended to be drawn on slopes alongside ancient pathways, marking routes for communication between settlements?

Non of those thought Sebastian. Too primitive, too modern. Not possible that all those efforts spanning during generations where spent in mere purpose to communicate with neighboring city or to lead to it, while any map on a stone would solve it, or astronomical observations while any couple of bog stones might point to Sirius rising quite as easily. As to water sources or religious meanings there are too many of those to be like that.

Moreover, there are not one but three monkeys. Monkey Geoglyph 1 - Located near the Hummingbird geoglyph, this monkey figure is approximately 1.1 kilometers (0.68 miles) from the hummingbird's beak. Monkey Geoglyph 2 - Situated further north, this larger monkey is roughly 3.5 kilometers (2.17 miles) away from the hummingbird's head. And Monkey Geoglyph 3 - The furthest monkey from the hummingbird, this figure sits about 8 kilometers (5 miles) east of the bird. So, why doing the same job three times?

The ancient Nazca people created these large-scale designs by removing the reddish-brown iron oxide-coated pebbles to reveal the light-colored earth underneath. To Sebastian all those innumerable lines criss crossed the large bare planes on hundreds of square kilometers reminded some students drafts. Something attempted but not finished. Something tried but not achieved. It reminded Sebastian his own attempts to communicate with Eternity.

Yes, those Japanese young fools where right - at least partially - those might be a communication but not with each other but with themselves, the eternal selves.

This theory was forming in Sebastian mind long ago but he didn't have ways to probe it and even to start thinking about it systemically. Until now.

If indeed the Universe we are living in are composed from a finite number of particles then in an infinite cycles of Universe contraction and expansion none a single one of those particles might be lost. Eternity is quite a long time during which not only one single bird flying once during one million years to the top of the diamond pyramid and touch it with its beck once would grinned this pyramid to the ground. There's something much more consequential which happens when Eternity passes. All particles composing our bodies would be brought together in the same combination forming our brain and our consciences and then repeating not only our present live but all other possible lives again and again and again.

Sure, though Sebastian, not only myself would want to test that theory but other inquisitive people too like those who were laying down those millions of stones to draw those strange figures. What if they what them to be big and to be strange not only to survive in Eternity but also to be recognized for their strangeness by their own builders during the next iteration of the Universe? Why would they need that? Obviously, to prove the same point whta I am trying to prove - that they are Eternal.

Now, isn't that strange to expect builders recognizing repetition in the strangeness of their own creation. Isn't that a contradiction in terms? It is of course, unless, there's something else behind it. Sebastian was sure that there's something else behind it, but to prove it for themselves that he didn't get crazy he must visit some other places where strangeness is as prominent as in Nazca.

At that moment Sebastian mind registered a splash in the left corner of the screen and he saw a cloudy column rising from the ground straight to his Robinson R44. In Sebastian's mind appeared the photocopy of the manual - changing the helicopter's lateral and vertical position through slight, unpredictable movements can disrupt ground to air missile targeting systems. Yes, Robinson was not designed to war zones, but still it's an agile bird and in good pilot's hand there were always the chance. Specially if those missiles were adapted with old, slow chips.

Sebastian turned his head. Judging by the characteristic trail it was probably SA-7 Grail or Strela-2. A man-portable, shoulder-fired, low-altitude surface-to-air missile system with infrared homing. Developed by the Soviets in 1960s it was still in use due to its availability and low price. Another line from manual appeared in Sebastian's mind - Flying close to the terrain or using natural obstacles like hills and valleys can provide cover and reduce the helicopter's visibility to potential threats.

But where to find the hill? This area is characterized by vast, flat plains with sporadic hills and ridges, but nothings high like Sebastian needs right now. Except. Of course. Sebastian took a sharp 180 turn and Strela was folowing almost 300 meters behind and gaining fast. Sebastian was heading to only one high-rising obstacle which is really might be useful in that situation. Here's it. Another sharp turn just in from of this obstacles and load boom communicated that Srela is now harmlessly disintegrating in shrapnel hit by the observation tower in close proximity to the geoglyphs. Thaks to Peruvian gods it was empty as iy was out of season (The peak tourist season in the Peruvian Nazca desert typically aligns with the dry season, which runs from May to November. During these months, the weather is generally clear and conducive to viewing the Nazca Lines from the air, attracting more visitors).

Chapter 5 (why and how ancients wanted to take the Universe by surprise

Sebastian mind riced unable to grasp the logic of old builders. Why some constructions are alinged perfectly with equinoxes and some - not. Why some shows straight line on a rising sirus and some - not. Why we do not know how pyramids where build although we still hold all types of economics records we might need to recreate how they actually do that.

Imagine, thought Sebastian, that ancient builders were guided by the only one desire - to prove their immortality - which then can be perceived by the same builders in the future re-appearances conscientiously or unconsciously. So, they might have thought, if the number of atoms - they might thought about that as body parts - permutations are finite it means that the present buildings will be recreated in a future, but not aligned perfectly with stars, or missing a right type of economic records or having some other unexplainable uncongeniality still perceptible.

So, why then we do not find a giraffe with a hamsters heads ? That might be several answers - for example that some Universes are simply not allowed by exists being too incompatible with the fundamental dynamics of the Eternity, or might be two hundred headed giraffe exist in another re-appearance. Anyway, thought, Sebastian if indeed many structures exhibits those incongruities then ancients proved their point. The only thing is to find them and to prove their consistent inconsistency.

The next question is why building? Mostly, thought, Sebastian because the large the object the more probability it will re-appear and be noticed by the re-appearing generations of builders. Buildes remain builders regardless re-incarnation.

What is the best way t find application for his skills than to find the non-consistency of the accounting records of ancient buildings with the size and timing of their construction.

Sebastian opened his eyes and saw nothing. Nothing at all. He was at the mercy of darkness in one the trap doors hidden in the Room of the Three Windows. Few minutes ago Sebastian was standing in the criss cross of shadows in the center, with the full moon light shed on the Intihuatana Stone. The "Hitching Post of the Sun" seemed to absorb the reflected sun-lights from out celestial companion 350 thousands kilometers up in the sky, Then lights simply stopped like someone shut the moon and Sebastial felt he was falling down and aside. Here he's now probing he cold stones around him for a trap door but not finding it.

Sebastian was trapped in one of the strongest prisons ever build build by human kind. Its wall were inpenetrable with its stone fitted in 3d pattern which no study has yet manage to reproduce. Sebastian remembers that Incas used acidic mud from their mines, which generated sulfuric acid through bacterial oxidation to soften stones but he doesn't now what was that and he needs to get out before his air run out. Yes the air, where it come from?

If Sebastian was right in his madness, if indeed this re-representation of the Universe were flawed then finding this flaw was the simple matter of applying the right tools at the right time and place. People used to call it the magic bit it was just a bypass code, the Code of Eternity, which might as well open the door but also might close it forever.

Sebastian focused his mind trying to remember what curanderos told him when he entered his room in the Inkaterra Machu Picchu Pueblo Hotel. If Universe were flowed then even without use of ayahuasca he can open the passage with palabras de poder. Then as in a dream words come and Sebastian was again facing the Intihuatana Stone his mind already uncertain was what happened real or the cold moisture on his fingers where hi touched the subterranean chamber walls was just an aftermath of him stumbling on the ladder while climbing to the altar.

Then he felt as Garrott strangled his breath and he was on a floor fighting with a powerful hands trying to stop his breath forever. Automatically, as in dojo, Sebastian shielded his throat by raising both arms to create a barrier between the garrote and a neck. Chin came down to create a buffer zone and make it more difficult for the assailant to tighten the garrote. Then he bend forward making it more challenging for the attacker to maintain control. That shaked the attacker balance and created an opportunity for Sebastian to use his body weight to his advantage. He stomped on the assailant's foot, at the same time backing into a wall limiting the attacker's ability to control Sebastian movements. That finally created the chance for him to escape from a rope squeezing his breath from his lounges. Sebastian turned and attempted to a knee strike to the groin but was net by the block.The next strike met a void as an attacked disparaged into the night. Sebastian legs gave up and he fal on the floor. Next what came to him was Iren's face in the hotel room.

Chapter 7 (Angkor Wat)

Maud of Mercury. Data center. Intrinsic carvings - information in a coded form. Every time Universe's re-created it adds a carving. Five mounted Mount Meru - Interplanetary Network. Principle exists. It's sensed - not known. It is known only when the true enlightenment is reached.

The heat clung to Sebastian's back as he circled the colossal Angkor Wat, its moat reflecting the fiery sunset like a liquid mirror. Five kilometers. It felt like an eternity in the thick humidity. Finally, the outer wall loomed, three and a half more kilometers of ancient stone. His heart pounded, not from exertion, but anticipation. Inside, hidden beneath layers of time, lay the answer.

As he navigated the labyrinthine galleries, each rising higher than the last, his fingers traced the intricate carvings. Plants, animals, geometries - a language older than words, whispering secrets from a lost civilization. Then, he saw it. The code. It danced across the stars, an invisible river flowing from Teotihuacan, the ancient Silicon Valley of his dreams. He closed his eyes, picturing the vast data center Angkor Wat once was, its five towers like mounted Mount Merus, beacons of an interplanetary network. These carvings, whispers in stone, carried information meant for an eternity beyond human comprehension.

The universe, he'd discovered, was a finite dance of particles, a cosmic ballet replaying itself endlessly. Each iteration adding a new line to the eternal script, etched onto the fabric of reality. How? Unknown. A truth sensed, not grasped. A truth reserved for the enlightened few.

A shiver ran down his spine. He wasn't sure if it was the cool evening air or the realization of his own mortality in the face of such cosmic truths. One thing was certain: he was closer than ever to cracking the Code of Eternity. But at what cost? Was enlightenment worth sacrificing the warmth of human connection, the fragile beauty of the here and now? The weight of the question pressed down on him, heavier than the stones themselves.

He opened his eyes, the fiery sky reflected in the moat's obsidian depths. Tonight, under the watchful gaze of ancient gods, Sebastian would make a choice. Would he chase the cold embrace of eternity, or find solace in the fleeting joys of the present? The universe held its breath, waiting for his answer.

Chapter 8 (Göbekli Tepe)

Sebastian was surrounded by massive megaliths of Göbekli Tepe. Buttons of the cosmic keyboard. Graping the fingers of gods. River of Mercury underneath, transmitting its impulse to Eternity. Trying to reach beyond it. Leaving a buoy for immortals.

Sebastian stood transfixed amidst the megaliths, their monolithic forms dwarfing him, casting long, inky shadows in the fading sunlight. Each towering pillar was a button on the cosmic keyboard, silent keys waiting to be pressed, melodies of the universe begging to be played. He ran his hand over the rough, weathered stone, feeling the whispers of forgotten stories etched into its surface. Were these not the fingers of gods, reaching up from the earth, grasping at the heavens?

Beneath his feet, he could almost feel it - the River of Mercury, a celestial current pulsing with unseen energy. Its ancient hum vibrated through the megaliths, carrying whispers of forgotten wisdom, secrets yearning to be unearthed. He longed to dive into its depths, to trace its course beyond the veil of time, to become one with its eternal flow.

But here, amongst these silent giants, he was but a mote of dust, a fleeting spark in the grand tapestry of existence. Yet, within him burned an ember of defiance. He wouldn't just be another forgotten grain of sand in the hourglass of time. He would leave his mark, etch his name upon the cosmic canvas.

With a determined glint in his eye, he looked towards the heavens, a sea of stars mirroring the immensity within him. He wouldn't reach beyond the River of Mercury, not yet. Instead, he would cast a buoy, a beacon for those who might follow, a testament to his audacity, his thirst for the unknown. This duel, this dance with death amidst the megaliths, it was but the first verse in his grand symphony, a challenge thrown to the heavens, a testament to the indomitable human spirit.

The setting sun cast an orange glow upon the stones, painting the scene in an otherworldly light. Sebastian stood tall, a solitary figure against the backdrop of eternity, his heart filled with a strange mix of trepidation and exhilaration.

--

The wind whispers through the ancient megaliths of Göbekli Tepe, carrying the tension between two figures locked in silent combat. On one side, Sebastian, the genius economist, hefts his newly acquired marvel of engineering - the compound arbalet, its sleek form glinting in the sun. On the other, an unknown woman, a specter cloaked in shadow, her traditional Mongolian bow a whisper against the wind, its string already taut with anticipation.

The duel begins abruptly. An arrow, loosed from the woman's bow, sings through the air, a deadly song aimed at Sebastian's head. With lightning reflexes, he throws himself aside, the shaft whistling past his ear to embed itself harmlessly in the earth. Fury and adrenaline surge through him. He assembles his Wicked Ridge Raider 400 with practiced ease, the click of the mechanism a chilling counterpoint to the woman's silent movements.

He fires back, the crossbow bolt arcing through the air. But the woman is gone, a wraith flitting between the megaliths, using their immense forms as shields. Arrows fly from the shadows, each a blur of feathered death, forcing Sebastian to dance a desperate jig, his shots finding only empty air.

The game becomes a deadly game of cat and mouse. Sebastian stalks, crossbow at the ready, his keen eyes searching for a flicker of movement, a telltale glint of sunlight on metal. The woman, a master of the hunt, melts into the shadows, her arrows appearing from unexpected angles, forcing him back with each volley.

Then, a stroke of luck. Sebastian spots a unique megalith, its polished surface catching the sunlight like a mirror. He uses it to his advantage, the reflection revealing the woman's position as she prepares to loose another arrow. He fires, the bolt a streak of silver in the sun, and it finds its mark.

But the victory is short-lived. As the woman crumples, a strange contraption unfolds from her back - a paraplane, catching the wind and lifting her into the sky. She disappears into the heavens, leaving Sebastian standing amidst the megaliths, the taste of bittersweet victory mingling with the dust and the scent of ancient stone.

The duel at Göbekli Tepe ends not with a bang, but with a whisper carried on the wind. A victory, yes, but one that leaves more questions than answers. Who was the woman? What secrets did she hold? And what other wonders lie hidden within the shadows of these ancient stones? These are mysteries that Sebastian, the genius economist, now archer extraordinaire, must unravel if he is to ever truly understand the echoes of that fateful duel.

Chapter Nine (Pyramid Of Giza)

Hotel Al Sohour embraced Sebastian and Irene in an enchanting ambiance. A crocodile gracefully crawled underneath the glass floor, casting mesmerizing shadows that danced around the room. Irene, adorned in a semi-transparent shirt adorned with diamonds, radiated elegance.

Seated at a lavish table, they indulged in a luxurious dinner. A long-legged glass of 1945 Romanée-Conti Conti-Cros Hermitage stood like a timeless monument, enhancing the allure of the evening. The air was saturated with the poetic verses of Lord Byron's "She Walks in Beauty," adding an extra layer of romance to the atmosphere.

As the night unfolded, they immersed themselves in the verses of "La Belle Dame sans Merci" by John Keats, its haunting beauty echoing the emotions that swirled between them. The poetic symphony continued with Robert Frost's "Stopping by Woods on a Snowy Evening," infusing a touch of wittiness to their conversations.

Sebastian: (Raises his glass) To the timeless allure of ancient wonders, and the serendipity of sharing this view with someone equally captivating.

Irene: (Smiles, clinking her glass against his) The sentiment is echoed, and the pyramids seem even more mesmerizing with such company. Tell me, Sebastian, what draws you to history, a man who dances between numbers and verses?

Sebastian: Ah, a perceptive question. Perhaps it's the poetry hidden within the stones, the stories whispered by empires long gone. History reminds us that love, loss, ambition, and folly are constants, a cyclical stage where humanity plays its ever-evolving drama.

Irene: And philosophy? Does it seek to understand the actors or the script itself?

Sebastian: A bit of both, I suppose. It's a quest for meaning, for the underlying principles that govern our thoughts and actions. And like art, it allows us to see the world through different lenses, challenging our perspectives.

Irene: Speaking of art, how does it fit into your equation?

Sebastian: It's the soul laid bare, don't you think? A canvas for emotions, a mirror reflecting our deepest desires and anxieties. It transcends language, forging connections beyond words.

Irene: And love? Where does love find its place in this grand tapestry?

Sebastian: Ah, the most elusive and essential piece. Love defies definition, yet it shapes our lives, inspires creation, and fuels revolutions. It's the fire that ignites the artist's brush, the philosopher's contemplation, and the poet's verse.

Irene: (Intrigued) You paint a passionate picture with your words, Sebastian. Do you believe love can bloom amidst the sands of time, under the watchful gaze of ancient monuments?

Sebastian: (Leaning closer, his eyes twinkling) If history teaches us anything, Irene, it's that love stories unfold in the most unexpected places. And with someone as intellectually stimulating and captivating as you, amidst the magic of this night, I wouldn't be surprised if a new chapter began...

Dialog Scene Re-write (simpler)

Setting: The golden light paints the Giza pyramids as Sebastian, seasoned yet charming, and Irene, stunning and radiant, sip fragrant Egyptian wine.

Sebastian: To these ageless giants, and the chance to share their magic with someone as mesmerizing as you.

Irene: (Eyes sparkling) The feeling is mutual. But tell me, Sebastian, a man of numbers and verses, why history?

Sebastian: It's the poetry etched in stone, stories whispered by lost empires. It shows us love, loss, and ambition are timeless dances.

Irene: And philosophy?

Sebastian: A hunt for meaning, to understand the script of our lives. It pushes us to see differently, like art.

Irene: Speaking of art, where does it fit in your world?

Sebastian: It's the soul exposed, raw emotions on a canvas. It speaks louder than words, connecting hearts.

Irene: And love? How does it fit in this grand picture?

Sebastian: Ah, the unsolvable puzzle. It defines us, makes us create, fight, even break empires. It's the fire that fuels the artist, the thinker, the lover.

Irene: (Leaning in, eyes playful) You paint a beautiful picture with your words, Sebastian. Do you think love can blossom under the gaze of these ancient wonders?

Sebastian: (His voice dips low) History whispers of unexpected love stories, Irene. And tonight, with someone as brilliant and captivating as you, I wouldn't be surprised if a new chapter began...

With the tender flicker of candlelight guiding them, they left the table, carried away by the allure of the poetry that had wrapped them in its embrace. The journey continued to Irene's room, where the night unfolded into a symphony of love, a melody composed by the echoes of the verses that lingered in the air.

---

Sweat beaded on Sebastian's forehead as he scrambled up the final, agonizing slope of the Great Pyramid. 51 degrees of sheer, unforgiving limestone scraped at his boots and gnawed at his resolve. Above him, the electrum, shimmering in the desert sun, promised answers.

A dark figure stood silhouetted against the pyramidion, a menacing arc drawn back as a heavy stone left its hand. "Leave now, infidel," boomed the attacker's voice, echoing around the vast chamber.

Sebastian ignored him, his gaze flitting across the intricate carvings. Queen's Chamber. Resonate. His heart pounded a frantic rhythm against his ribs. It wasn't just a phrase; it was a trigger. With a whispered word, the chamber hummed, activating a hidden mechanism. The floor split open, revealing a dark void below.

But before Sebastian could celebrate, a rock slammed into his leg, sending him sprawling. Pain flared, but adrenaline masked it. He sprang up, nimble jumps carrying him down the perilous slope. Reaching the base, he tossed a grenade – a flash of yellow, a deafening roar. Limestone dust and debris rained down as the pyramid groaned, two-ton blocks tumbling like oversized dice.

He sprinted, but the attacker was faster. Stones flew, each a near miss. Two million to go, the script had said. Panic gnawed at him. The sheer scale of the crumbling pyramid became terrifyingly real.

Ahead, the Giza Plateau stretched out, endless under the merciless sun. The Sphinx, Khafre's majestic face staring impassively, offered a beacon of hope. He clambered onto its weathered back, its rough surface tearing at his clothes. Twenty meters above the sand, he raced across its 70-meter length, heart hammering against his ribs.

Reaching the base, he dived headlong into a dark opening hidden at the statue's base. The scent of dust and dampness filled his nostrils. As his eyes adjusted, he saw ancient hieroglyphs painted on the walls, their vibrant colors eroded by the passage of time.

"Mercury river," the script had whispered. This passage, carved millennia ago, must lead to it. A hidden waterway, forgotten by time, offering escape.

Sebastian pushed forward, guided by the fading script and the gnawing fear at his heels. He would leave the mysteries of the pyramid for another day. Today, survival was his mission.

And in the echoing darkness, under the watchful gaze of a forgotten god, Sebastian disappeared into the heart of the Sphinx.

Chapter Ten (Moai)

PROMPT: Sebastian came to Rapa Nui (Easter Island) in eastern Polynesia. He found that moai is an ancient man-figure capsule used to move from one continent to another in the River of Mercury. The tallest moai erected, called Paro, was almost 10 metres (33 ft) high and weighed 82 tonnes (81 long tons; 90 short tons). Those capsules were carved individually. The human figures would be outlined in the rock wall first, then chipped away until only the image was left. The over-large heads (a three-to-five ratio between the head and the trunk, a sculptural trait consistent with the Polynesian belief in the sanctity of the chiefly head) have heavy brows and elongated noses with a distinctive fish-hook-shaped curl of the nostrils. The lips protrude in a thin pout. Like the nose, the ears are elongated and oblong in form. The jaw lines stand out against the truncated neck. Sebastian stayed on Rapa Nui with Irene and they were invited to participate in the ritual. Orongo, the site of the cult's festivities, was a dangerous landscape which consisted of a "narrow ridge between 300 m drop into the ocean on one side and a deep crater on the other. Sebastian descended the sheer cliffs of Orongo and swam to Motu Nui where he awaited the coming of the birds. Meanwhile, Sebastian met an opponent who was hunting for eggs too. They engage into the duel. Before the duel begins, each warrior performs a powerful haka-like dance, channeling the strength of their ancestors. The rhythmic beats of drums and chants echo through the surrounding rocks. The duel begins with the exchange of symbolic gifts, acknowledging the shared ancestry and respect between the opponents. Each warrior smears sacred pigments on the other's face, signifying the connection between their spirits. The warriors showcase their weapons with elaborate moves, expressing mastery and skill. The Raihana warrior swings his club with precision, creating whistling sounds in the air, while Sebastian twirls his spear, showcasing agility and control. The warriors take a defensive stance, circling each other with focused intensity. The atmosphere is charged with anticipation as they analyze each other's movements. The duel commences with a clash of weapons. The Raihana warrior aims for powerful strikes, attempting to overpower his opponent, while Sebastian uses agility and swift strikes, seeking openings in his adversary's defense. The combatants display incredible athleticism, dodging and parrying attacks with acrobatic finesse. The fight is as much a dance as it is a battle, each movement telling a story of strength and strategy. After a series of exchanges, the duel reaches its climax. Sebastian, exhausted but determined, lands a decisive strike, disarming his opponent by lateral movement of his spear. Instead of pressing the advantage, Sebastian offers a hand in reconciliation. Having procured an egg, Sebastian swam back and presented it to Irene, who then was declared birdmother for that year, an important status position.

Chapter Eleven: Dance of the Moai

Sebastian, his gaze fixed upon the ancient moai of Rapa Nui, discovered the unimaginable truth - these stoic figures were more than mere stone guardians. They were capsules, vessels to traverse the mystical River of Mercury that bridged continents.

Paro, the towering moai, loomed over him, a colossal portal of secrets weighing 82 tonnes, beckoning with an enigmatic allure.

Carved individually, each moai bore witness to a forgotten era. Heavy brows, elongated noses, and lips in a pout – these sculptures mirrored a Polynesian belief in the sanctity of the chiefly head. Sebastian marveled at the artistry that transcended time.

Irene joined him on Rapa Nui, and together they were invited into the heart of the island's ancient ritual.

Orongo, a perilous realm, perched on a narrow ridge, framed by a treacherous drop into the abyss and a yawning crater. Here, the cult's festivities unfolded.

Descending sheer cliffs, Sebastian swam to Motu Nui, awaiting the arrival of sacred birds. Yet, fate had other plans; a rival emerged, a fellow seeker of the elusive eggs.

In the shadow of the looming moai, the duel unfolded.

A haka-like dance resonated through the rocks, a prelude to a clash of warriors.

Symbolic gifts exchanged, sacred pigments smeared, the dance of respect commenced. Sebastian faced his opponent, a Raihana warrior, amidst the echoes of ancestral chants.

Weapons revealed, the air thrummed with the whistling precision of the club and the agile twirls of the spear. Mastery and skill collided in a spectacle of ancient combat.

Defensive stances, circled intensity – a dance of anticipation as two warriors locked eyes, analyzing every move.

Commencing with a clash, Sebastian's agility countered the Raihana's power. A battle of strategy, a dance of finesse, the duel unfolded like a choreographed saga.

Exhausted but determined, Sebastian's lateral spear movement disarmed his foe. Instead of triumph, he offered a hand in reconciliation, bridging the gap between adversaries.

Having secured the sacred egg, Sebastian returned to Irene, presenting the coveted prize. In that moment, Irene ascended to the revered position of birdmother, marking a union of adventure and destiny on the mystical Rapa Nui.

VARIANT 2 (romantic): As Sebastian stood before the colossal moai on Rapa Nui, a shiver of realization coursed through him. These enigmatic stone sentinels were not mere sculptures but ancient vessels, guardians of a mystical River of Mercury that connected realms unknown. Paro, the towering moai, seemed to whisper untold secrets, its massive form carrying the weight of ages. Carved individually with meticulous precision, each moai stood as a silent witness to bygone eras. Sebastian traced the intricate features - heavy brows, elongated noses, and lips in a perpetual pout - symbols of Polynesian reverence for the sanctity of the chiefly head. The artistry etched into the stone transcended time, revealing a story lost to the ages. Joined by Irene, Sebastian delved into the heart of Rapa Nui's ancient ritual. Orongo, perched on a perilous ridge, teetered between a treacherous drop into the abyss and a yawning crater. The site of the cult's festivities, it exuded an aura of both danger and sacredness, setting the stage for an adventure that would test their mettle. Descending the sheer cliffs of Orongo, Sebastian plunged into the turquoise waters, bound for Motu Nui. Here, the sacred birds would decide the fate of those seeking the elusive eggs. Yet, amidst the waves, a rival emerged – another seeker of secrets, another challenger in the dance of destiny. In the shadow of the towering moai, the duel unfolded with primal intensity. The haunting beats of a haka-like dance reverberated through the rocky landscape, a prelude to the clash of warriors. Symbolic gifts exchanged, sacred pigments smeared on faces, the dance of respect commenced. Sebastian faced his opponent, a Raihana warrior, amidst the ancient chants that echoed through time. Weapons revealed, the air resonated with the whistling precision of the Raihana's club and the agile twirls of Sebastian's spear. Mastery and skill collided in a spectacle of ancient combat, each move a dance step in a choreography that spoke of generations of tradition. Defensive stances assumed, the warriors circled each other with intense focus. The atmosphere crackled with anticipation, as if the very air held its breath, awaiting the next move in this dance of destiny. The duel erupted in a clash of power and agility. Sebastian, driven by determination, countered the Raihana warrior's strength with his own nimble finesse. The battlefield became a canvas, each movement a stroke in a painting of survival, strategy, and skill. Exhausted but undeterred, Sebastian's spear moved with a lateral grace, disarming his foe. Instead of reveling in triumph, he extended a hand in reconciliation. The ancient ritual, once a duel of adversaries, transformed into a symbol of unity, bridging the gap between two warriors. Having secured the sacred egg, Sebastian emerged from the waters and presented it to Irene. In that moment, Irene ascended to the revered position of birdmother, her eyes reflecting the culmination of an adventure, a dance with destiny on the mystical Rapa Nui.

---

Sebastian thought about the history of humans, from the days when our ancestors - homo sapiens - migrated from central Africa after the climate changed, to the Middle East, and from there to Asia, Australia, and eventually, about 3-4 thousand years ago, to the magical island where Sebastian now stood. Another tribe traveled through Siberia to the American Continent, which was connected at that time to Eurasia by a land bridge. Then, they moved down to South America.

Humans' path to Europe was seemingly blocked by Neanderthals. But was this true? Or was the reality more complex? Could it be that some groups of humans managed to penetrate the Neanderthal barrier and form the first human societies?

The question Sebastian asked himself was how humans, who were spread all over the world, managed to almost synchronize their technological development, except for a few well-known episodes like the ancient Incas' no-wheel policy, which could be well explained by the mountainous terrain making wheels of little use.

Nevertheless, how did humans manage to exchange their latest technological achievements, starting with amazing construction technologies used to build Stonehenge and the Great Pyramids of Giza?

Sebastian couldn't accept the narrative that inventions naturally occurred in parallel and sprang up almost simultaneously in the minds of people separated by thousands of miles, driven by climate change.

What was a more logical explanation? What if there was a group of humans whose purpose was to preserve and spread knowledge and the latest technological achievements around the world? The question was, how was it done? By boats - impossible. Too slow, too risky. Technologies might fall into the wrong hands. So, how?

Sebastian pondered on the legend he'd heard about the river of Mercury in Mexico. What if it wasn't just a legend, and this underground river connected all continents? What if there was a way to transmit not only hermetically sealed vessels - like post capsules - floating in this underground river from one end of the world to another, but also electronic signals? After all, Mercury was an excellent conductor of electricity.

In this scenario, all those archaeological centers must have been connected and served as Ancient Silicon Valleys, where the best and the brightest came from century to century to work on the betterment of humanity. The same humanity that periodically purged its best and brightest, driven by centralized states that always hated independent thinkers and wanted to use technologies for only one purpose: war and destruction.

International Space Station

Sebastian arrived at the private spaceport owned by Virgin Galactic early in the morning. After clearing security, he made his way to the crew quarters where he donned his specialized ionic engine space suit. The suit allowed for propulsion and maneuvering in the vacuum of space using cutting-edge ion thruster technology.

Sebastian then walked across the loading bridge and entered the passenger compartment of the VSS Unity SpaceShipTwo vehicle. He secured himself into one of the passenger seats as the rest of the civilian crew boarded. Finally, the main rocket engines ignited and VSS Unity was released from the carrier aircraft at high altitude, blasting off into space.

How he flew to orbit and what he saw: As VSS Unity achieved orbit, Sebastian looked out the windows at the curvature of the Earth below. The thin blue atmosphere gave way to the inky blackness of space. Sunlight reflected blinding white off the ceramic tiles protecting the spacecraft.

Sebastian activated his ionic thrusters and unbuckled from his seat, gently maneuvering in the microgravity environment. He floated over to a window to get a better view as the International Space Station came into sight - a massive gleaming outpost constructed of modules from multiple nations.

The central core of the station was the Russian Zvezda module providing living quarters and life support systems. Attached to it were the US Destiny laboratory for microgravity experiments, the European Columbus research lab, the Japanese Kibo science module, and the Russian Prichal node allowing new modules to dock.

Extending out from the core were long solar array trusses providing power. The cupola observational module allowed breathtaking panoramic views. Soyuz and SpaceX crew vehicles were docked, ready to rotate personnel on and off the station.

Chinese pirates storm the station: Suddenly, Sebastian's view was interrupted as a strange capsule emerged from below pulling up alongside the station. It clamped onto one of the docking ports and began forcing its way in. The capsule disgorged armed men in Chinese space suits - space pirates intent on seizing control of the station!

The pirates fanned out, rounding up the crew and taking them hostage. But they didn't account for Sebastian who was still in his ionic suit, floating in open space.

Sebastian fired his suit's maneuvering thrusters, jetting away from thestation to get a clear line of attack. The pirates spotted him and two broke off in pursuit, firing projectiles with their own suits' thrusters.

An intense zero-gravity chase and firefight broke out as they grappled and traded shots. Sebastian's fancy loops and spins made him a hard target to hit. Finally, he got a clear shot and disabled the pirate suits with well-placed hits, sending them spinning off helplessly into the void.

With the remaining pirates bottled up on the station, Sebastian docked and vented the whole module, sucking the air and criminals into the vacuum. He freed the hostages and crew, saving the day through his mastery of extravehicular combat.

Sebastian - adaptive-individualist and a proponent of Evernomics - wears a mind's exoskeleton - exomind - which allows him to improve his resistance to the pressure of society. It keeps his will sharp and off of media's propoganda and social pressure. This mind exoskeleton is based on Evernomics, which uses AI to monitor the external environment and determines the most optimal way for human's biography. Optimizing life success an internal, individual growth. Doesn't allow to scarify ethical norms to human greed and fear.

The basic postulate of anarchism is to not doing to other what you do not want for yourself. But what about the whole society. Albert Libertad was shouting on a church meetings "Food! Food!" because at the end of those sessions church disperse free food using it to attract the audience. But Libertad was not only violating rights of peoples who come to listen to a bishop but also it undermines a social consensus which is is product of individual wills, at least some of them. Of course, most of social consensus have been installed by the governments and need to be destroyed. So, to distinguish to orientate his body, to led his actions Sebastian uses exo-mind.

Sebastian stood and looked at the hill of Ambohimanga - monument of the Merina Kingdom. The village on the hilltop is surrounded by a system of deep ditches and stone walls and is accessed by 14 gateways, of which many were sealed by stone disc barriers. It required the force of 6 warriors to open those gates.

Ambohimanga is the source of all goodness, Antananarivo, the vessel that stores it, Ambohimanga gave birth to our kings, Antananarivo, the city that united their people, Ambohimanga has love in abundance, Antananarivo, the pleasures of the world: the folk song raised in Sebastian mind. The anti-anarchical hymn, which Sebastian's exo-mind cited from.

Sebastina open his heavy eye-leads, h

International Space Station: Sebastian - Economists, trader, historian - travel and arrives to the International shuttle Space Station in the Richard Branson's new space . When he arrives a gangs of Chinese mafia tried to take over the station using hijacked Chinese rocket and a docking capsule, posing as a legitimate Chinese cosmonauts. Sebastian used his own unique space suite , which allows him to float in open cosmos using a fast ionic engines, to repel this attack. Describe in details: 1) How Sebastian came to the space-shuttle and loaded there; 2) how he flew to the orbit and he saw, using the shuttle description; 3) how he studied the International Space Station (describe its major modules); 3) How Chinese space pirates storm the station; 4) How Sebastian beat them in an open battle in the open Cosmos.

DATA (Rapa Nui, Moai): Orongo, the site of the cult's festivities, was a dangerous landscape which consisted of a "narrow ridge between a 1,000-foot (300 m) drop into the ocean on one side and a deep crater on the other". Considered the sacred spot of Orongo, Mata Ngarau was the location where birdman priests prayed and chanted for a successful egg hunt. "The purpose of the birdman contest was to obtain the first egg of the season from the offshore islet Motu Nui. Contestants descended the sheer cliffs of Orongo and swam to Motu Nui where they awaited the coming of the birds. Having procured an egg, the contestant swam back and presented it to his sponsor, who then was declared birdman for that year, an important status position

DATA: Lying 2.5 km (1.6 mi) south-east of the present town is the archaeological site of Djenné-Djeno or Djoboro. Excavations undertaken by Susan and Roderick McIntosh in 1977 and 1981 indicate that Djenné-Jéno was first settled around 200 BC. It had developed into a large walled urban complex by between 300 and 850 AD, but after 1100 AD the population of the town declined and by 1400 AD the site had been abandoned

The Great Mosque of Djenné is a prime example of Sudano-Sahelian architecture, characterized by the use of mud bricks, wooden beams, and other organic materials. The mosque follows a distinctive Sudanese style, featuring a large central courtyard, towering minarets, and conical spires.

The mosque is primarily constructed using sun-dried mud bricks (adobe) reinforced with palm wood. The mud-brick construction helps regulate the interior temperature, providing a cool environment in the hot climate of Mali. The annual repair and maintenance of the mosque, known as the "Crépissage" festival, involves reapplying a fresh layer of mud plaster to protect the structure from erosion.

The mosque has three large towers, or minarets, each adorned with spires and topped with ostrich eggs, which hold symbolic significance. The central courtyard serves as an open prayer space, accommodating a large number of worshippers during religious ceremonies.

While the dimensions of the original 9th-13th century mosque are not precisely known due to reconstruction, the current mosque is approximately 75 meters long, 20 meters wide, and the minarets reach a height of around 16 meters.

Architectural Features:

Mud Brick Construction:

The mosque is primarily constructed using sun-baked mud bricks reinforced with mud-based mortar. This traditional building material is locally sourced and helps regulate the interior temperature.

Adobe Structure:

The entire mosque, including the walls and minarets, is made from adobe, a mixture of mud and organic materials. The use of adobe gives the mosque its distinctive appearance and is a testament to the architectural ingenuity of the region.

Flat Roof and Towering Minarets:

The mosque features a flat roof, typical of Sudano-Sahelian architecture, which serves as a platform for prayers during special occasions. Four towering minarets, each with a spire, flank the mosque at the corners.

Palm Wood Timbers:

Wooden beams, often made from palm wood, are used to reinforce the structure and support the roof. These timbers are strategically placed within the mud brick walls.

Pise Construction Technique:

The mosque is built using a technique called "pise" or "rammed earth," where layers of mud and earth are compacted and reinforced to form solid walls. This technique enhances the strength and stability of the structure.

Arched Openings and Columns:

The mosque features pointed horseshoe arches, a characteristic of Islamic architecture in the region. The facade is adorned with vertical wooden columns, creating an aesthetically pleasing rhythm.

Layout and Dimensions:

Central Courtyard:

The mosque has a central courtyard, an essential feature of Sudano-Sahelian mosques, where the community gathers for prayers and events. The courtyard is often surrounded by covered walkways.

Qibla Wall:

The qibla wall, facing Mecca, is the most important wall in the mosque. It typically features a mihrab, an indentation indicating the direction of prayer, and is adorned with decorative elements.

Flat Roof and Ventilation Towers:

The flat roof serves as an open-air prayer area during special occasions. Ventilation towers, known as "toron," rise from the roof, allowing hot air to escape and providing a cooling effect.

Djenné (Bambara: Jɛ̀nɛ́; also known as Djénné, Jenné, and Jenne) is a Songhai town and urban commune in the Inland Niger Delta region of central Mali. The town is the administrative centre of the Djenné Cercle, one of the eight subdivisions of the Mopti Region. The commune includes ten of the surrounding villages and in 2009 had a population of 32,944.

The history of Djenné is closely linked with that of Timbuktu. Between the 15th and 17th centuries much of the trans-Saharan trade in goods such as salt, gold, and slaves that moved in and out of Timbuktu passed through Djenné. Both towns became centres of Islamic scholarship. Djenné's prosperity depended on this trade and when the Portuguese established trading posts on the African coast, the importance of the trans-Saharan trade and thus of Djenné declined.

The town is famous for its distinctive adobe architecture, most notably the Great Mosque which was built in 1907 on the site of an earlier mosque. To the south of the town is Djenné-Djenno, the site of one of the oldest known towns in sub-Saharan Africa.

DATA: Karahan Tepe, located in southeastern Turkey, is one of the world's oldest monumental sites, featuring a vast ritualistic complex that includes homes within its premises. The site's excavation has revealed that hunter-gatherers built this complex, indicating that settled life began before the advent of farming and animal husbandry.

DATA: Angkor Wat: Angkor Wat was built at the behest of the Khmer King Suryavarman II in the early 12th century in Yaśodharapura (present-day Angkor), the capital of the Khmer Empire, as his state temple and eventual mausoleum. Angkor Wat combines two basic plans of Khmer temple architecture: the temple-mountain and the later galleried temple. It is designed to represent Mount Meru, home of the devas in Hindu mythology: within a moat more than 5 kilometres (3 mi) long and an outer wall 3.6 kilometres (2.2 mi) long are three rectangular galleries, each raised above the next. At the centre of the temple stands a quincunx of towers. Unlike most Angkorian temples, Angkor Wat is oriented to the west;

In the Greek version according to Hyginus, Aphrodite and Eros while visiting Syria fled from the monster Typhon by leaping into the Euphrates River and transforming into fishes (Poeticon astronomicon 2.30, citing Diognetus Erythraeus). The Roman variant of the story has Venus and Cupid (counterparts for Aphrodite and Eros) carried away from this danger on the backs of two fishes (Ovid Fasti 2.457ff). There is also a different origin tale that Hyginus preserved in another work. According to this, an egg rolled into the Euphrates, and some fishes nudged this to shore, after which the doves sat on the egg until Aphrodite (thereafter called the Syrian Goddess) hatched out of it.

DATA: Teotihuacan, abandonment around the 7th or 8th century AD, significance of the Feathered Serpent, was prominent from 150-650 AD. At its peak, the city covered 20 square kilometers (8 square miles) and had a population of 150,000 people. Corn, beans, squash, tomato, avocado, prickly pear cactus, and chili peppers were farmed on their fertile soil. They hunted rabbit and deer, while dogs and turkey were raised for food. Crafts and textiles were also created and exchanged. The Spider Goddess is thought to be the most important to Teotihuacans. Other gods that were praised were Chalchiuhtlicue (the Water Goddess), Tlaloc (the rain and war god), the Old Fire God (the creator god), and Quetzalcoatl (known for agriculture renewal). The source of destruction is still unclear but theories suggest either an external overthrow or an internal struggle due to scarcity of resources. The structures are aligned with two perpendicular axes. These axes intersect at the Ciudadela and the Great Compound, dividing the city into four. Most structures have an east-west orientation. Researchers believe this orientation was guided by the stars. Although researches cannot agree on what the standard unit of measure is, they do agree on its existence. They refer to it as the TMU, the Teotihuacan measurement unit. It is believed to be connected to the relationship between space and time. The Teotihuacan Measurement Unit (TMU) is believed to be connected to the relationship between space and time, as suggested by Oleschko in 2002. Researchers have proposed that the city's orientation was guided by the stars, and the TMU may have been used to establish a connection between spatial arrangements and cosmological significance. Some researchers have applied fractal analysis techniques to determine the TMU, and from the findings of the fractal analysis, the most probable proportional multiples used in planning were eight and three, further supporting the idea of a connection between space and time. The Teotihuacan is believed to be a center of Universe. There is a system of tunnels underneath the T. The Atlatl is a spear-throwing tool that extends the arm's length, providing additional leverage and force when launching a spear or dart. It typically consists of a thin wooden stick with a small hook or socket at one end to hold the back of the spear, allowing for a more efficient and powerful throw. Báak' (in Classic Maya): Description: Obsidian blades were often attached to wooden handles, creating effective cutting tools for various purposes Tepoztōpīlli (in Nahuatl, the language of the Aztecs, but similar terms might have been used in Maya languages). Description: Wooden clubs, often studded with obsidian blades or spikes, were used as close-quarters weapons in warfare.

DATA: The Pyramids of Giza: Graham Hancock and Robert Bauval: Proposed the "Orion Correlation Theory," suggesting an intentional alignment of the pyramids with the Orion constellation based on their positions and sizes. This theory, however, faces criticism for ignoring alternative explanations and lacking archaeological evidence. Christopher Dunn: In his book "The Giza Power Plant", suggested the pyramids were built using advanced technology, implying resources and methods beyond commonly accepted understanding. This is widely considered fringe and lacks mainstream support. Easter Island: Jo Anne Van Tilburg: Proposed that the Rapa Nui people (Easter Islanders) possessed sophisticated knowledge of astronomy and navigation, implying tools and resources not evident in the archaeological record. While her work on navigation is considered valuable, claims of advanced technology haven't been substantiated. Jared Diamond: In his book "Collapse", suggested ecological mismanagement led to the decline of the Rapa Nui people, implying limitations in their resource management contrary to the large statues they built. However, his conclusions face critiques for potentially oversimplifying complex dynamics. Angkor Wat: Charles Higham: Highlighted the challenges of understanding the logistics and labor required for Angkor Wat's construction, given the limited evidence of tools and infrastructure. This research emphasizes the need for further exploration of construction methods rather than claiming inconsistencies.

Islamic tradition and various texts mention several supernatural creatures and beings, including Jinn, the Beast of the Earth (Dabbat al-Ardh), Al-Masih ad-Dajjal (the false messiah), Buraq, and Al-Rakim. These creatures are often associated with eschatological beliefs and are mentioned in the Quran and various ahadith. Additionally, ancient Middle Eastern legends and pre-Islamic myths also feature a variety of mythical creatures, such as giant horned rabbits, a fiery serpent named Falak, and the Beast of the Earth.

The Beast of the Earth, known as Dabbat al-Ardh in Islamic eschatology, is a creature mentioned in the Quran (Surah An-Naml: Ayat 82) and is associated with the signs of the Last Day. The Quran does not offer specific details about the nature of the Beast of the Earth, but it is further described in the hadiths. According to Islamic tradition, the Beast of the Earth will appear after the sun rises in the west, which is considered a major sign of the coming of the Last Day.

The Beast of the Earth is described as a literal creature that will emerge in the end times. It is said to be a combination of different beasts and animals and will possess unique characteristics. Some interpretations suggest that it will carry the Seal of Solomon and the Staff of Moses. There are also narrations that mention the Beast emerging from a specific location, such as a crack in the Kaaba or the hills of Safa.

The fiery serpent named Falak is a mythical creature mentioned in Islamic tradition. According to the source, Falak is described as a fiery serpent that rests in the depths of hell, lying in wait to swallow the heavens, the Earth, and hell itself, holding off doing so out of fear of God. The name "Falak" means "daybreak" in Arabic. This creature is believed to be bigger and arguably more gruesome than the Basilisk of medieval European legend. It is said to have been created at the beginning of time and will only reveal itself at the end of the world in order to devour sinners.

The giant horned rabbits, also known as Al-Mi'raj in Islamic tradition, are mythical creatures resembling rabbits with a single, foot-long, black, and twisted horn, often compared to the silhouette of a unicorn. These creatures are mentioned in medieval Arabic literature and are described as yellow hares with a single, foot-long, black, and twisted horn. The name "Al-Mi'raj" means "ladder" in Arabic, but it has religious connotations that favor "ascension" as a translation. The Al-Mi'raj is considered a legendary creature and is part of the rich tapestry of mythical and supernatural elements in Islamic tradition and Middle Eastern folklore. The description of the Al-Mi'raj as a one-horned rabbit is shrouded in mystery and is subject to various interpretations and depictions in literature and popular culture.

Non Related. Swine Ru.

Nas zatopilo dermom. Nikto ne znal kak reogirovat. Poetomu otreagirovali vse. Sergey skazal "oi" i ne javilsia. Vse podumali chto eto on zatopil. No net. Sergey prosto ne javilsia i vse no oi - mozhet eto on ii ne govoril. Zinaida Lvovna gromko vosmutilas na stul vsezhe sela. Derma eche bylo ne tak mnogo, tak chto isterit poka ne stolio. Vadim Ivanovitch konechno vse vsial na control. Voobche, esli ne vsiat - to budet eche khuzhe. Eto vsem poniatno. Derma mesdu tem nateklo eche bolche. Togda Boris Petrovitch ne vyderzhal i otvernulsia. Eto poglo Dime rechitsia. "Mozet pozvonim" sprosil on. Vadim Ivanovitch strogo na nego posmotrel. Aga, soobrazil, Vadim, Uzhe posvonili. Dermo prodolzhalo tech. Zinaida Lvovna z vozmucheniem uzhe ne borolas, khotia uzhe prinukhalas. Boris Petrovitch podlozhil pod cheture nozki sula chetyre knigi. Te kotorye ne zhalko, pro lubov. Vadim Ivanovitch sidel na luchem meste, u vykhoda, chtoby control byl polnyi. Derma stalo bolshe. Zinaida Lvovna uzhe ne spravlialas i prosto dychala. Dima ponial chto ochibcia i khotel bulo vyity - no u nego byla beremena zhena. Boris Petrovitch uzhe tonul no eche dumal o pensii. Vadim Ivanovitch vse videl i vse controliroval. Pervaya iszhezla Zinaida Lvovna, pochti bez pusyrey. Dima pytalsia spastis, no poterial vremia i zakhlebnulcia. Boris Petrovitch uchel dostoino - kak veteran. Vadim Ivanovitch vychel i zakryl dver. Den segodnia kak to ne zadalcia.

Нас затопило дерьмом. Никто не знал, как реагировать. Поэтому отреагировали все. Сергей сказал "ой" и не явился. Все подумали, что это он затопил. Но нет. Сергей просто не явился, но "ой" - может, это он и не говорил. Зинаида Львовна громко возмутилась, нo на стул всё же села. Дерьма ещё было не так много, так что истерить пока не стоило. Вадим Иванович, конечно, всё взял на контроль. Вообще, если не взять - то будет ещё хуже. Это всем понятно. Дерьма между тем натекло ещё больше. Тогда Борис Петрович не выдержал и отвернулся. Это подтолкнуло Диму решиться. "Может, позвоним?" - спросил он. Вадим Иванович строго на него посмотрел. "Ага, сообразил, Вадим. Уже позвонили." Дерьмо продолжало течь. Зинаида Львовна с возмущением уже не боролась, хотя уже принухалась. Борис Петрович подложил под четыре ножки стола четыре книги. Те, которые не жалко, про любовь. Вадим Иванович сидел на лучшем месте, у выхода, чтобы контроль был полный. Дерьма стало больше. Зинаида Львовна уже не справлялась и просто дышала. Дима понял, что ошибся, и хотел было выйти - но у него была беременная жена. Борис Петрович уже тонул, но ещё думал о пенсии. Вадим Иванович всё видел и всё контролировал. Первая исчезла Зинаида Львовна, почти без пузырей. Дима пытался спастись, но потерял время и захлебнулся. Борис Петрович ушёл достойно - как ветеран. Вадим Иванович закрыл дверь. День сегодня как-то не задался.

On sidel v okope. Davno. Puli byli. Mnogo. Ikh nuzhno bylo otpravlizt. Kogda otpravich vse - budet schastie. Eto - tverdo. Pripolz tovarich. Upolz. Otkryl sguchenku. Otpravil SMS. Uvidel dron. Prignulsia. Sluchal audioknigu. Snovo strelial. Otognal mysli. Popolz k tovarichu. Otvernulsia. Zanial za pulemetom. Priehal tank. Potom vse.

Он сидел в окопе. Давно. Пули были. Mного. Их нужно было отправить. Когда отправит все - будет счастье. Это - твердо. Приполз товарищ. Уполз. Открыл сгущенку. Отправил СМС. Увидел дрон. Пригнулся. Слушал аудиокнигу. Снова стрелял. Отогнал мысли. Пополз к товарищу. Отвернулся. Занялся пулеметом. Приехал танк. Потом все.

Dver vychiblo. Naruzhu. Poletela kak NLO. Vse podumali chto ne mozhet byt. Ryba s risom - k chertiam. Maska, kislorod, deti. Abonent ne otvechaet. Trenirovannaya stuardessa. Napiki doshli to belia. Poezdom luche. Gde laptop. Khot by matrasom prikryli. Dzin, chto-to po angliyski, dzin. Vse eche vysoko. U sosedki koleno. Mochevoi pusyr. Chrisoc. Shassi, triaska, applodismenty. Gde laptop.

Дверь вышибло. Наружу. Полетела, как НЛО. Все подумали, что не может быть. Рыба с рисом - к чертям. Маска, кислород, дети. Абонент не отвечает. Тренированная стюардесса. Напитки дошли до белья. Поездом лучше. Где лаптоп? Хоть бы матрасом прикрыли. Дзинь, что-то по-английски, дзинь. Все ещё высоко. У соседки колено. Мочевой пузырь. Христос. Шасси, тряска, аплодисменты. Где лаптоп?

Kazansjiy Kreml. Sliakot. Otel. Lift s zapakhom. Koridor, povorot, koridor, povorot. Glasok. Dukhi. Podshtaniki. Noski. Deshevoye polotentse. Sukhaya kozha. Odeyalo. Nogi. Lubov moya. Prostitutka.

Islam Rabbit

Fevral. Dogd. Naves. Nevestka v pranje. Par nad turetskim plovom. Vertolet. Moliar dostaet avtomat. Shum. Granata. Naves gorit. Zapah marijuany. Pernaty Zmey and Rogaty Zayats. Tak zakonchilsia mir.

Февраль. Крыша. Дождь. Навес. Невестка в паранже. Пар над турецким пловом. Вертолет. Моляр достает автомат. Шум. Граната. Навес горит. Запах марихуаны. Пернатые Змеи и Рогатые Зайцы. Так закончился мир.

Февраль. Сплю на крыше. Дождь. На другои стороне навес и невестка соседа в паранже. Пар над турецким пловом. Биснет вертолет. Моляр бросает ведро и достает автомат. Летит шумовая граната. Навес вспыхивает. Острыи запах марихуаны. Из под навеса выскакивают пернатые змеи и рогатые зайцы. Tак закончился мир.

February. I sleep on the roof. Rain. On the other side is a canopy and the neighbor’s daughter-in-law in a burqa. Steam over Turkish pilaf. A helicopter is hovering. Roofer throws the bucket and takes out a machine gun. A stun grenade is flying. The canopy bursts into flames. Pungent smell of marijuana. Feathered snakes and horned hares jump out from under the canopy. This is how the world ends.

Feb 8, 24

Morning. Sycamore's leaves. A bird. Embraer 174. I'm looking at the airplane. She's looking from the airplane at the bird. Never meeting again.

Feb 9, 2024

The midday sun. A roof with a rain water puddle. Squinted eyes. A cup with a rice and a Chilly sauce on top. A loud rumble from the sky. Hurts. Two F35 aiming at the Muffet Field. The Martian invasion has just began.

Feb 10, 2024

A green table. A fear and greed. A young night. Middle-age ladies. Old ambitions. Silent movies. Pointless conversations. That's how the life goes by.

A bird's chirping. A blue infinity. A cooking jar. Old shoes. Empty streets. The equinox is here.

Feb 11, 2024

A cold night. A deem light. A dog with a snake's tong. A board game. A dream of a better life.

Писатель это тот, кто переводит с языка мужчин на языык женщин.

Ночь коротка. Голова на железном листе. Ущелье бездомных. Аккуратный трамвай. Утка с мишенью на груди. Застывший вурдулак. Сломаный слив. Вчерашний финик. Мяукующий китаец. Год Дракона.

February 12, 2024

A light rail. A news channel. An empty chariot. Palm trees on ethereal skies. Coconuts fall. Supernova.

A douchebag. Silenced hall. Platitudes. Obedience. A sound of shewing. Breasts. Bodhisattva.

February 13, 2024

Мы идем и звук наших шагов прерывает ваш сон. Мы идем и звери уходят на север. Мы идем и горы становятся выше. Мы идем и реки уходят под землю. Мы идем и лед превращаеться в крахмал. Мы идем и пыль звезд заметает наш след. Мы идем как время. Мы идем в туалет.

к вам приходит она. Та - из снов. Зов - в грудях и в бедрах. Ответ - в плоти. Сосок у нёба. Влажная ткань. Мягкая стена. Ответная дрожь. Благословение. Тактильное устройство.

Камни без сада. Звезды без Греков. Чайка без ружья. Лес без ГПС. Океан без говна. Россия без mentov.

February 14, 2023

Gaia: They behaved badly, so I invented the Economy; Mars: I'm Military Industrial Complex guy. Mother: Of course, you're. Venus: I'm taking art, hotels and casinos. Mother: Nope. Casinos go to Mercury. He's obnoxious, right? Mercury: You bet. M: Also you'll get Stock Exchanges, they are also bad. Zeus: I want part of that too. M: For what? To scanter my inheritance? ...

Gaia (Mother Earth): What do you have there, with that angry red-haired Cyclops?
Themis (deity of order): They are trying to get rid of him, politely.
Gaia: Today?
Themis: No, today they are busy with the descendants of the people who dropped your toy in the sea two thousand two hundred years ago near Antikythera island.
Hermes (the god of various domains): Right. Very smooth. Why not just call them Crypto holders, Themis?
Cetus (a sea creature): Great, they put people in prison for writing a piece of code but praise old fools who send young people to die in battle for no reason.
Mars (the god of war): Are you a frisking pacifist? Cetus: I'm simply saying that humans' worst fears are their biggest enemies, preventing them from improving.
Pluto (the god of the Underworld): Yes, give me more work, let them change. Through changes, I will make them suffer.
Gaia: Stop the nonsense and watch out for Poseidon, please. I think he's breaking things again.
Poseidon (the god of the sea): Mom, it's just another village in Asia Minor.
Gaia: Exactly, it's very abusive.
Cetus: It's not in Anatolia, you, stupid. It's in Chile and Micronesia.
Poseidon: So what? Do you care that your precious humans will have fewer copper urinals?
Uranus (the grandfather): What?
Mercury (a messenger): Hey guys, watch this fool De Guindos trying to mis-guidos all of them. The economy is stable, my ass.
Uranus: Who?
Saturn (the god of time): A very decent old man.
Cetus: Yeah, a rich banker.
Jupiter (the boss): What's wrong with being rich?
Cetus: Nothing, if you share.
Saturn: Communism?
Cetus: UBI.
Mars: Here we go.
Hermes: Elthen alethos! Sorry. It has truly come, I mean. 52K!
Gaia: Not Bitcoin again!
Hermes: Mother, do you want me back to mail delivery or stealing cattle?
Gaia: Do not exaggerate. Apollo gave you a good job.
Hermes: You mean robbing a poor tortoise of its shell because he liked his guitar to be like Jerry Garcia's?
Apollo (the god of art): It was a lyre.
Hermes: Whatever. Hey, look, ETH is at 2.7K.
Mercury: Your digitals are just following my stocks, which are recovering.
Saturn: All because my man, Powell, emptied their purses. Now, artisans are less greedy and can't charge as much.
Mercury: Your man? Remember who was throwing on peoples' heads all those rectangular pieces of paper, pretending they were gold coins, two years ago?
Saturn: I do. You and your friend Hypnos, who added an out-of-date ambrosia to Powell's drink, have nothing to do with that, I am sure.
Gaia: Arti touto! Go to your business, all of you, and start thinking about how to stop Cyclopus, now.

February 15

A horizontal rain. A Tesla. An overweight friend. A bus stop. A new constellation.

Feb 16, 2024

A dark room. A game. A drunk opponents. A ping-pong. An open portal.

Feb 17, 2024

- Institutions will lead humans. + Institutions are buildings made from flesh. - A revolution? + A human is a social contact. - Flesh eats flesh. + Bureaucracy destroys Universe. -

Feb 19, 2024

Octopus Paradox

The Mediterranean sun beat down on me as I climbed over the rocky outcrops. In the distance, I could see a small fishing village nestled on the largest rock jutting out of the glittering blue sea. I slipped into the cool water, intent on finding some octopuses to hunt. Their meat was delicious, even though I had no plans to eat them - for me, it was all about the thrill of the chase.

I swam along the rocky seabed, peering into crevices, hoping to spot one of the elusive cephalopods. Suddenly, I caught a glimpse of tentacles tucked into a small opening. An octopus! I grabbed a long stick laying nearby and slowly pushed it into the hole, trying to flush the octopus out. But it wouldn't budge. Instead, a voice rang out in my head.

"I won't go. I do not like you."

When I regained my composure, I asked what I had to do to get it to come out.

"Be my friend," it replied.

I hesitated before responding. "Be your friend just so I can eat you?"

"Yes," it said. Strange, but I was intrigued enough to play along.

"Okay, how do I do that?"

"Follow me," it said. The octopus emerged and jetted off beneath an overhang. I followed it down into an opening, and suddenly found myself in an underwater city filled with octopuses.

The octopus explained that this village existed underneath the human fishing village above. For generations, the people had hunted octopuses for food. When eaten, the octopus' soul would transfer into the human, then waiting until a human become very old to turn him into octopus. It was their mission to transform all humans this way and to multiply number of octopus.

I realized then that I had to find a way to stop this, while still allowing the octopuses to fulfill their life's purpose. Otherwise, they would lose their will to live, and that could destabilize the entire marine ecosystem.

After much thought, I suggested that the octopuses be more selective about who they allowed to eat them. Only the kind-hearted humans, those who would use the octopus souls for good. The octopuses agreed this was a wise compromise.

Since then it's become much harder to catch octopuses. But for me, the thrill of the chase remains.

Tiktaalik roseae

Sitting on a Tunisian rock, I stare into the deep, transparent water. I see stone steps leading from the beach into the water. There's a village down there, full of ruined buildings, remnants of streets, and even of a theater. I think how 375 million years ago, during the Late Devonian period, a Tiktaalik roseae climbed those stairs, bringing us architecture, theater, literature, good food, and flowers. Then Tiktaalik brought war, famine, and bad breath. This made the world what it is now. I thought Tiktaalik forgot something important - something to make the world complete. I took my diving mask and dove to that submerged city to find what was forgotten. Instead, I found broken bottles and someone else's sunglasses. I went onto the shore and met the woman who had lost her sunglasses. We married and later brought our children to that shore, showing them where the life began.

Seagulls

I am looking at the immense parking lot of Levi's Stadium. It's made of concrete but it's muddy, and something is moving under it. Then I saw monsters crawling out. Once a month there's a game and thousands of cars come, with humans too. And then - seagulls, millions of them. They fly from Santa Cruz to feed on the humans' leftovers. Then they lay eggs, and now monsters are hatching from those eggs. I was standing on the roof, waiting for the monsters to reach me. Then I saw an army of drones filling the air, joined by self-driving cars and battalions of coders with heavy laptops on long sticks. They started beating the monsters with those sticks, then the drones and cars joined in, burning all the monsters with flames and bombs. Then the monsters were gone and I realized why Silicon Valley exists - to guard humanity from its fate.

February 20, 2024

A rainbow arcs above the Diablo Range. A Cessna Citation's coming through. A portal is opened. Mexicans are leaving. I have to carry garbage bags myself.

Sitting on the roof. It's raining on my boot. Watching a sunny weather map on a screen. No AI worries.

A wheat field. A tank. An explosion. A retreat. A situation room. A general. A soldier. Their homes. Their salaries. The Brussels. A press conference. A promotion. A naked secretary. The Kremlin. A muzhik. The Fox TV interview. A washing machine. A power. To the Infinity.

Ethical considerations? Peoples? Just too many of them.

What's life? Experiences. Observations are not enough, ever. Actions continue until the resistance is met. A competition - in a business. A defense in a war. AI doesn't have experiences. It can't exist.

Wednesday, February 21, 2024

Zoom pitches. Soviet-Spaniard Enriquo. Hotel's AI in May.

Thursday, February 22, 2024

Spring sun. Chinese teenagers with gadgets giving us food. Mike Korean. 7/4/71. Simulating a polite Mid-American's accent.

Friday, February 23, 2024

A gangster's suit. Breasts. "You have to hire me". A Gold digger.

HD. A crowd. Pitches. "Who didn't like it?". "What are two industries which are invested the most by VCs?". A marriage guy with a ring in his left ear. Friends erasing my data from a board. A community. Old Monsters erasing Entrepreneurs from the Earth. The Fear.

Saturday, Feb 24, 2024

Chart. Illusions vs. Discipline. Imagination vs Career. Travel vs Sensitivity. Anarchism vs Community. Optimism vs Instability.

Sunday, Feb 25, 2024

A small bird. Crops of bread. 54. More.

Pendulum.

Boomers: 1940-60th - adolescence, violence, learning peaceful means; 1960th-80th - youth, the liberal revolution, the fight against Golden Gens; 1980-2000th - adults, career, economic liberalism; 2000-2020th - maturity, power, political liberalism; 2020-2040th - old, fight against Millenials, subdued, cold and "light" wars.

GenX: 1960th-80th - adolescence, competition, learning manipulation; 1980-2000th - youth, the business revolution, the fight against each other; 2000-2020th - adults, career, economic individualism; 2020-2040th - maturity, power, political obedience; 2040-2060th - old, fight with Millenials, hot peace.

Millenials: 1980-2000th - adolescence, cooperation, learning technologies; 2000-2020th - youth, the Internet revolution, the fight against Gen X; 2020-2040th - adults, career, the fight against Boomers; 2040-2060th - maturity, power, AI control, the fight between themselves; 2060-2080th - old, the fight against Zoomers, "light" decentralized wars.

Zommers: 2000-2020th - adolescence, abidance, learning adaptation; 2020-2040th - youth, the AI / crypto lead decentralization revolution, the fight with Boomers; 2040-2060th - adults, career, the fight against Millenials; 2060-2080th - maturity, power, Decentralization; 2080-2100th - old, the fight between tribes, the nuclear war.

March 11, 2024

The idea behind daylight saving time (DST) of cutting electricity costs by disturbing the whole World's slipping habits is akin to saying "let's stop the cargo elevator one floor before we reach our desired level and walk the remaining stairs to get to our destination carrying 300 pounds box with us."

March 16

History of the ancient China.

1. A queen swallowed an egg of a bird and gave birth to the hero.
2. Oldest kingdoms: Xia (legendary, non existing); Shang (excellent bronze pots); Zhou (excellent bronze swords), Eastern Zhou ("The Art of War", during the Warring States, 475 BCE to 221 BCE, Sun Tzu).
3. Money made from a bronze in the form of knives and shovels.
4. The story of the two Vans (kings): one - bad one - was given a life by humiliated by a second one - good one - and then served him as a lowest of servants for a long 2 years. After his release he made a war against his former host and got rid of him in cruel manner.
5. Qin dynasty is the founder of bureaucracy.
6. The legend about stone bulls which shit gold, Qin representatives were given the promise to get those bulls if the build a road over mountains to transport those bulls back to their kingdom. When Qin reps build that road they were conquered by an army which used that road to cross the mountains.
7. One of the Chinese queens lived with a eunuch, who rotated a wooden circle on his dick.
8. One of the old China entrepreneurs was observing a thin, week rats in a field and fat, powerful ones in the grain storage and decided that it doesn't matter how good is a man what matter is where he lives.
9. The legend (~220 BC) about a warrior who wanted to prevent the Qin emperor to conquer all the China by pretending to be an ambassador and hiding his knife into the map, which he wanted to show to the Emperor while sitting close to him (the "Hero" movie).
10. Qin dynasty started to build the Great Wall of China.
11. Here's oldest Chinese kingdoms list:
1. Xia Dynasty (c. 2070 BCE - c. 1600 BCE): Notable Kings: Yu the Great, Qi, Tai Kang, and Zhong Kang.
2. Shang Dynasty (c. 1600 BCE - c. 1046 BCE): Notable Kings: Tang of Shang, Pan Geng, Wu Ding, and Di Xin (also known as Zhou).
3. Zhou Dynasty (c. 1046 BCE - 256 BCE): Western Zhou Dynasty (c. 1046 BCE - 771 BCE): Notable Kings include King Wen, King Wu, and Duke of Zhou.
4. Eastern Zhou Dynasty (771 BCE - 256 BCE): Notable Kings include King Ping, King Hui, and King Zhao.
5. Qin Dynasty (221 BCE - 206 BCE): Notable Kings: Qin Shi Huang, the first Emperor of China.
1. Terracotta Warriors - Qin Shi Huang., was brought back in a carriage full of rotten fishes.
6. Han Dynasty (206 BCE - 220 CE): Western Han Dynasty (206 BCE - 9 CE): Notable Emperors include Emperor Gaozu, Emperor Wen, and Emperor Wu.
1. Luban - an alcoholic, married on a wealthy girl because her father read his great future on his face. His wife were searching for her husband in drinking houses by "the saint lights shining over the roof of a drinking house". Decentralized the country after Shi Huang.
2. One of the displaced son of the emperor trained his warriors to shoot without thinking when they hear the sound of his own arrow with a whistle. First they automatically shoot their horses, then - their wives, then - their emperor.
3. One of the Luban's grand-sons condemned one of his general for the conspiracy to buy a small amount of weapons, which are not enough to stage a coup-de-eta, to displace him in the after-life world
4. Emperor Udi: Adapted Confucians, made the yellow color (Earth) an official Imperial color which then was kept by all following Emperors, introduced a "slogan" for his administration (also adapted by the followers).
5. in ~12 AD a wealthy grandmother sold all her belongings and hire an army to revenge for her son, as a result the "red brow" revolt against fanatically Confucian Emperor - Van Man - erupted
7. Eastern Han Dynasty (25 CE - 220 CE): Notable Emperors include Emperor Guangwu, Emperor Ming, and Emperor Zhang.
12. Chinese Provinces: 34. Bay - North, Down - East, Ci - West, Nu - South, Hai - Sea (Shanhai - close to sea), He - river, Shu - mountain

Badhiharma - 5th century AD, Indian with blue eyes, who meditated near Shao-Lin (Small Forest) monastery 9 years and from his eyelids tea leaves came from. Then people settled around him and monastery appeared, from where Dzen-Buddhism came from (no need to read old papers - just meditate to reach enlightenment). KungFu appeared only in 16th century as a reaction to Manjurian occupation of China.

Tan Empire: 7 centiry, Chinese culture became international de-facto:

13. voyage of the Chinese Buddhist monk outside China to study all Buddhists texts, later it became a legend about a monk who went to the West with the Monkey King, who stole the golden fruit of Eternity from gods.

Sun Empire: no wars, but was conquered by Mongols

Yuan Empire: Mongols took over,

Ming Empire: JulianGen - lowest of low homeless became the Emperor after joining the Red Bandage Rebellion in ~1400. JulianGen became a bloodthirsty bit effective ruler, his son - Dgey - exterminated his own nephew and then sent his fleet-master - Dgewhuan with 30th marines - to bring him foreign ambassadors as a sign of his divine nature (Di-force). Also he employed 200 thousands Confucian scholars to prepare an gigantic encyclopedia (it was exceeded by wikipedia in 2000 year only).

Tsin Empire: Manchurian tribes (one of the Mongols). The sun of one of the Ming Generals flew to Taiwan and founded a pirate state but it was conquered by Tsin.

Jesuits, decided to attempted to Christianize Chinese through impressing the Emperor with science and knowledge. Jesuit Richi - the first who was accepted by Chinese. Created the first complete history of China.

Wednesday, April 10, 2024

Doomsday Time Line

1. 2024: Waiting for T, Fed rate 4-5%, [Speculate, D-Scheme, Buy Resources, Gold, RE]; Ru: accumulate resources; Ch: maneuvering, local economy survival, propaganda; Iran: join coalition, accumulate resources.
2. 2025: T wins, Fed rate 3-4%, [Speculate, D- Scheme, Buy Resources, Gold, RE]; Ru: T disillusionment, split NATO, French elections (LePen); Ch: alliances, NK, Vietnam, Myanmar, Philippines (?).
3. 2026: T chaos, Fed rate 6-7%, energy price skyrocket, [Sell, NZ, Ar]; Ru: a massive Ukraine offensive (took Kharkive).
4. 2027-2028: Global War starts, North African and Eastern EU Population Mass-Migration, Fed rate 8-10%, the Crypto Crash, [W&P]; Ch: Taiwan landing; Ir: war with Israel.
5. 2029: T dictatorship, Industrial War Machine starts, Fed rate 10-15%, Crypto Gestapo, DeFi Genocide and Underground, [W&P];
6. 2031-2032: Right-wings takeover of EU, NATO splits, [W&P]; Ru: invades Moldova, Finland and Estonia; Ch: Taiwan takeover; Argentina: invades Falklands.
7. 2033: War in the Pacific, [W&P]; Ch: took over China Sea islands, the war with India, nuclear warhead deployed (<1Mt).
8. 2034-2036: T out of power, nuclear warhead deployment on the Russian fleet in Arctic (<1Mt), Fed rate 7-10%, [W&P]; Ru: Nuclear warheads deployment in Ukraine (15Mt), capitulation; Ir: Israel deploys nuclear warhead on Iran (5Mt), Middle East war ends.
9. 2037-2038: Global War ends, Fed rate 6-8%, [W&P, Contacts renewal]; Ru: take over Ukraine, Moldova, part of Poland and Finland; Ch: take over Vietnam and part of Philippines. Iran: destroyed, split to several parts.
10. 2039-2044: Nuclear winter, EU Marshall plan 2.0, Food prices skyrocket, Fed rate at 3-4%, [W&P, Politics].
11. 2045-2050: Liberal comeback, Fed rate at 2-3%, [W&P, Negotiate].
12. 2050-2055: UN reform, World's Dictators government, Rogue Decentralized States, [W&P, Gov].

Tuesday, April 16, 2024

Project: The AWS Floating Habitats

The threat of the thermonuclear confrontation between leading nuclear powers is critically high. Here are some basic facts and a proposition of how to reduce that threat by engaging entrepreneurs.

Nuclear submarine fleets

The key details regarding the nuclear submarine fleets of the United States and Russia are:

1. United States: The U.S. has 64 submarines in its overall fleet.The U.S. Navy owns 14 ballistic missile submarines, or Ohio-class submarines, that can carry submarine-launched ballistic missiles (SLBMs).
2. Russia: Russia has an estimated 58 submarines in its overall fleet. Russia has 11 nuclear-powered ballistic missile submarines (SSBNs) that are integral to its strategic deterrent. Russia is modernizing its submarine fleet, including building new Borei-class and Yasen-class submarines that can carry SLBMs and cruise missiles.
3. So in summary: The United States has 14 ballistic missile submarines that can carry nuclear-tipped SLBMs. Russia has an estimated 11 nuclear-powered ballistic missile submarines that can carry nuclear-tipped SLBMs.

Summary of the submarine and nuclear weapon capabilities of China, North Korea, and Iran:

1. China is expanding and diversifying its nuclear arsenal, including upgrades to its ground-based intercontinental ballistic missiles (ICBMs) and the development of new stealth air platforms and submarine-launched missiles. Numbers are unknown.
2. North Korea: North Korea is reported to have 2 ballistic missile submarines (SSBNs) in its fleet. These submarines are likely armed with submarine-launched ballistic missiles (SLBMs). In 2023, North Korea unveiled its first "tactical nuclear attack submarine", which appears to be a modified Soviet-era Romeo-class submarine armed with ballistic and cruise missiles.
3. Iran: Iran's submarine fleet consists of 19-27 vessels, including 4 diesel-electric attack submarines (SSKs) and 15-23 mini-submarines (SSMs). None of Iran's submarines are nuclear-armed or capable of carrying nuclear-tipped missiles.

Submarines Deploying Capabilities

Russia does have the capability to deploy nuclear-powered submarines armed with ballistic missiles in close proximity to the U.S. coastline, potentially undetected. Russia has been increasing the activity and deployment of its most advanced nuclear-powered submarines, including the Severodvinsk-class (also known as Yasen-class) attack submarines, in the Atlantic and Pacific Oceans near the U.S. coasts.

These Severodvinsk-class submarines are described as being among the most capable and quiet submarines in the world, making them difficult to detect when operating in the open ocean.

The U.S. military is concerned about the growing ability of Russian submarines to operate undetected in the Atlantic, which has led to the reactivation of the U.S. 2nd Fleet and the creation of a dedicated anti-submarine warfare command.

Russia is planning to build up to 10 Severodvinsk-class submarines, with the fourth boat expected to commission later this year.

Russia has recently commissioned new strategic nuclear submarines, such as the Borey-class and the Belgorod, which can carry nuclear-tipped ballistic and cruise missiles.

So based on the publicly available information, it appears that Russia does have the technological capability and intent to deploy nuclear-powered submarines armed with ballistic missiles in close proximity to the U.S. coastline, potentially in an undetected manner, posing a significant strategic threat. This is an area of growing concern for U.S. military and defense planners.

AWS Effectiveness

There are a few key reasons why the electronic and sensor networks around the United States may not be able to reliably detect Severodvinsk-class submarines:

1. Stealth and Quieting Technologies: The search results indicate that the Severodvinsk-class submarines, also known as the Yasen-class, are considered among the most capable and quiet submarines in the world. This suggests that these Russian submarines likely employ advanced stealth and noise-reduction technologies that make them difficult to detect using traditional ASW methods.
2. Limitations of Sensor Networks: The search results mention that while the U.S. has built extensive networks of hydroacoustic sensors and other ASW technologies, there are still challenges in providing persistent, wide-area coverage of the oceans. Factors like the vast size of the oceans, the ability of submarines to operate in deep water, and limitations in underwater communication and autonomous decision-making can hinder the effectiveness of these sensor networks.
3. Evolving Countermeasures: The search results suggest that as ASW technologies have advanced, submarine stealth capabilities have also improved, with the development of effective countermeasures. This "game of hide and seek" between submarine detection and evasion technologies has made it increasingly difficult to achieve a decisive advantage in submarine tracking.
4. Lack of Transparency: The search results focus primarily on U.S. and allied ASW capabilities, but provide limited information on the specific technical details and capabilities of Russian submarine stealth technologies. This lack of transparency around Russian submarine capabilities makes it challenging to assess the effectiveness of U.S. sensor networks in reliably detecting Severodvinsk-class submarines.
5. In summary, the combination of advanced stealth technologies, the inherent challenges in wide-area ocean surveillance, the ongoing technological competition between detection and evasion, and the limited public information on Russian submarine capabilities appear to be the key factors that make it difficult to detect Severodvinsk-class submarines with certainty, despite the extensive U.S. electronic and sensor networks.

ASW Floating habitats.

The autonomous decision-making of anti-submarine warfare (ASW) technologies could potentially be improved by having multiple human-operated floating habitats with ASW sensor networks along the U.S. coastlines. However, the search results do not provide a definitive answer on the specific number of such floating habitats required to effectively protect the Los Angeles and San Francisco Bay areas.

Heterogeneous networks of autonomous platforms, including surface vehicles, underwater vehicles, and aerial drones, can enhance overall situational awareness and decision-making for ASW operations.

Docking stations and communication hubs can help coordinate the activities of these autonomous platforms and integrate their sensor data.

Sophisticated on-board architectures and sensor suites are required to enable autonomous decision-making and mission adaptation for unmanned ASW systems.

Human oversight and intervention can still be important, especially for complex mission decisions that may require judgment beyond the autonomous system's capabilities.

Having a network of human-operated floating habitats equipped with ASW sensors along the coastline could potentially improve the autonomous capabilities of the overall ASW system. The floating habitats could serve as communication hubs, data integration points, and provide human supervision and decision-making support.

However, the effectiveness of such a system would depend on factors like the number, distribution, and capabilities of the floating habitats, as well as the integration of their sensor data and decision-making processes with the autonomous ASW platforms. Without more detailed information, it is difficult to determine the exact number of floating habitats required to effectively protect the Los Angeles and San Francisco Bay areas.

Libertarian ASW Habitats

Gallup polls have found that voters who identify as libertarians range from 17% (56.44M people, 1% of that is 564.4) to 23% (76.36M, 1% of that is 763.6K) of the American electorate. According to the U.S. Census Bureau's estimate for 2022, the U.S. population is approximately 332 million people. As of the end of 2017, the Libertarian Party reported that there were 14,445 donating members. As of August 2022, there are 310 Libertarians holding elected office in the United States, with 193 of them in partisan offices and 117 in non-partisan offices.

So, how many people with libertarian views in the USA would be willing to live on floating marine habitats with complete political autonomy?

Libertarians have a wide range of views on the role of government and the extent of individual freedom, which could lead to differing opinions on the desirability of living in such autonomous floating communities. Given the lack of specific data or information in the search results, any estimate of the number of libertarians in the US who would be willing to live on floating marine habitats with complete political autonomy would be highly speculative. However, if we estimate it in 1% only of all libertarians, the lowest number is a halve of million of habitats, which is more than sufficient.

April 26, 2024

Traitors and Heroes, Just Let Us Go.

Watching "Traitors" - the documentary about Russia in the 1990s and how it has evolved 30 years later, gave me a reason to remind all of us in crypto why we stand for decentralization, algorithmic governance, and privacy.

The world's history has taught us one thing: both traitors and heroes are power-hungry maniacs who strive to gain control over us - the doers, inventors, entrepreneurs, creators, educators, investors, workers, farmers - in short, all those who produce something, not destroy or smear. Once gaining power through charisma, iron will and their sometimes well-intended propaganda, they will tax us and restrict us to satisfy their personal greed and various dubious ideologies.

"Traitors" may be viewed as a revealing truth by some or as a "hipstory", told by talented "hypestorians", by others, but we must understand that it is a weapon used by the younger power-hungry generation against the older power-mongers. Regardless of the sincerity of the authors or the importance of the cause they stand for, it is essential to recognize that it is not only a piece of mass-influence but also a tool in a their internal power struggle.

Does this make traitors less repulsive or heroes less attractive? Does it diminish the worthiness of the causes both sides fight for? Not at all. Heroes will always be heroes, traitors will always be traitors, and the anti-war cause will always be sacred. However, we must not allow ourselves to be subdued and controlled like cattle in a meat factory. Not again.

Those megalomaniacs claim that without their talents, visions, and leadership, we cannot self-organize, move forward, or live independently? They are mistaken. Yes, we can.

They argue that our ideas of self-governance are utopian despite evidence showing that smaller, decentralized systems are more efficient socially, economically and technologically as well as more fair than larger, centralized ones? Once again, they are wrong. We simply need the opportunity to pursue our path while they follow theirs. They will be a thing of the past, while we strive towards the future – embracing risk, the unknown, and liberty for all like never before.

We proved our worth by developing technologies worth trillions which now eliminate the need for their representatives, regulators, and motivators. We can govern, legislate, and motivate ourselves without their interference. It is time for them - "politicians" of all sorts - to step aside and let us - self-governing, networking individuals - to forge our own destiny.

So long, and thanks for all the fish.

May 11, 2024

Your brain as well as that of Elon Musk has 90 Billion neuron cells. Musks' net worth is 180 Billion USD. It means that each of his brain sell thought out 2 dollars. What about your sell?

May 12, 2024

The SVET Model is a 4x4 matrix that represents the human brain within a social environment.

The model identifies four basic human instincts. Three of these - hunger, sex, and fear - are associated with the hypothalamus. The fourth instinct, the urge to communicate, is linked to the rest of the brain.

The SVET Model translates these base instincts into four categories: material, emotional, existential, and mental. These categories roughly correspond to the four main human types from the ancient Temperament Theory: Phlegmatic, Choleric, Melancholic, and Sanguine.

The social aspect of the model is represented by a pyramid with four levels called Composites. A core postulate of Evernomics (the theory behind the model) is that the brain is wired to strive for eternal survival. Climbing the social pyramid is seen by the brain as a way to ensure its safety by associating with progressively larger Composites. The brain instinctively perceives the size of a Composite as linked to its longevity.

Each of the four Composites represents a physical or mental association of progressively larger human groups. These basic social associations are presented in the model as "Composite Humans":

• Tribal: Composite IV or Ape-Man
• Corporate: Composite III or Gentleman
• State: Composite II or G-Man
• Absolute: Composite I or Super-Man

The SVET Matrix is formed by combining the four base instincts (Temperaments) on the horizontal axis with the four Composites on the vertical axis. Each cell in the matrix represents a symbolic position within a large-scale social hierarchy that a particular temperament might tend to occupy.

From an investor's perspective, each cell in the SVET Matrix also represents a type of asset class that a certain temperament might favor for allocating their capital.

The model also recognizes the interconnectedness of these base instincts. For example, "fear begets fear," "fear causes emotions," and "emotions disturb intellect." The SVET Matrix allows us to track and measure how changes in the intensity of one basic instinct (e.g., more or less fear) propagate across different Composite levels. This can influence the intensity of other instincts (e.g., less fear leading to relaxation and better decision-making).

Therefore, the SVET Model can be used to predict how sudden or fundamental changes at various levels of human society might affect an investor's portfolio.

SVET Model is also used to map the current state of the World (The SVET Of The World)

May 19, 2024

SVET Of The World

SVET This a sentiment analysis of the

Composite I: Nature's Circus and Market Jitters

• Groot (Earth): The slumbering giant brings seismic stability. Minor tremors ripple through familiar zones, but critical infrastructure remains untouched, preventing a bearish earthquake-induced crash. Neutral.
• J. Krauss (Market Cycles): Following a period of bullish activity, the veteran disembodied ectoplasmic spirit, J. Krauss, senses the cyclical shift. Heeding the age-old adage, "Sell in May and Go Away," Krauss calls investors to prepare for a temporary market downturn, mirroring the nature, going to nature's summer rest. Bearish.
• Storm (Weather): Swayed by the El Niño effect – her baby, as some might say – Storm's capriciousness manifests as torrential rains in Brazil, nourishing crops and boosting the agricultural market (bullish). However, the flip side brings drought to East Africa, pushing food prices up and giving the Fed a hawkish nudge to tighten monetary policy. Bearish.
• Hellboy (Solar Activity): Restless during the peak of the Sun's eleven-year cycle, Hellboy causes a surge in solar flares. The most recent one produced breathtaking auroras, including over the Golden Gate Bridge. While these solar storms don't directly threaten infrastructure, the resulting magnetic fluctuations arguably make traders jittery, potentially causing a sell-off. Bearish.

Composite II:

The Decline of the Old Guard:

• Composite G-man, Fury, and the Punisher: These major world leaders, representing various states, are reaching their twilight years. Set in their ways, they rely on outdated experience and show little interest in compromise. Focused on solidifying their legacies, they become increasingly ideological and aggressive, pushing their agendas to the political extremes. This discord leads to international tension, high government spending, and ultimately, inflation. In the medium term, under current Fed management, these factors are bearish for stocks. However, the Fed's inability to restrain excessive government spending and currency devaluation could lead to long-term bullishness. Bearish.

The Science Obsession:

• Mr. Fantastic: Like many powerful academics of his age, Mr. Fantastic prioritizes personal safety and the preservation of his inventions. Under his leadership, global science focuses on four near-apocalyptic threats: pandemics, World War III, asteroids, and resource depletion. Research priorities shift to: 1) universal drugs for health and longevity, 2) a benevolent AI capable of global control and empowerment, 3) space exploration as an escape plan, and 4) sustainable alternatives to extend Earth's viability. This heavy focus on government-sponsored research in these areas creates a bullish market. Bullish.

The Spiritual Vacuum:

• Dr. Strange's influence on the free world diminishes as his methods face increasing competition from more extreme mystics and prophets. However, the general lack of leadership creates a hunger for meaning and unfulfilled promises. This fosters a booming market for new ideologies and their applications, making everything vague and esoteric, including cryptocurrencies and NFTs. Bullish.

Captain America Takes Charge:

• Captain America: The aggressive and decisive Captain America usurps the strategic and defensive Iron Man. This shift prioritizes offensive capabilities and destructive technologies, making it highly bullish for the defense industry and bearish for most other sectors. Bearish.

Composite: III

Market Mood Swings:

• Batman (Real Estate): Life's good for Batman. As the middle class flees big city offices and waves after waves of new foreign workers arrives on their place his residential real estate holdings are appreciating in value. While real estates and commodities experience a bullish surge due to increased demand, stocks take a bearish hit. Bearish.
• Iron Man (Manufacturing): Mr. Stark faces mounting challenges on his manufacturing sites. Rising material and labor costs, coupled with the gradual closure of the Chinese market, paint a bearish picture. Bearish
• Joker (Entertainment): The Joker thrives in chaos. As the world descends into madness, people seek solace in distractions: books, movies, circuses, and travel. This surge in entertainment consumption creates a bullish market for the Joker's industry. Bullish
• Green Goblin (Finance): The Green Goblin finds himself in a precarious position. With the Fed raising interest rates and inflation on the rise, the public shuns the market. Loans and credits, essential tools for leverage, become scarce, leaving the Green Goblin in a bearish situation. Bearish

Composite: IV

The Economic Rollercoaster

• Marge (Consumer): Marge is sensing the squeeze. Rising prices and stagnant wages leave her feeling overwhelmed. The search for a new home or even just a change of scenery seems impossible with the unaffordable real estate market. Bearish.
• Lisa (Student): Lisa's dreams are facing financial strain. Increased educational costs combined with limited savings and investment opportunities leave her feeling bearish on her future. Bearish
• Homer (Optimist): Unfazed by the gloomy outlook, Homer remains optimistic. He believes everything will turn around, especially after voting for the "Springfield Great Again Party." Bullish.
• Bart (Cynic): Bart and his friends see a bleak future. They don't believe there will be much left to inherit with their fathers' spending habits and the threat of AI taking over the job market. Disillusioned with the system and the rules stacked against him, Bart utilizes gambling as his only path to financial success. This risky behavior reflects a bullish sentiment, despite the underlying pessimism. Bullish

Summary

• Composite I: Nature's Circus and Market Jitters
  • Conclusion: Mixed sentiment.
  • Bearish Factors: Market cycles signaling a downturn, drought in East Africa affecting food prices, solar storms causing market jitters.
  • Bullish Factor: Rain in Brazil boosting agricultural markets.
• Composite II: The Decline of the Old Guard
  • Conclusion: Mostly bearish sentiment.
  • Bearish Factors: International tension, high government spending, and inflation due to discord among world leaders.
  • Conclusion: Mostly bullish sentiment.
  • Bullish Factors: Heavy focus on government-sponsored research, booming market for new ideologies and technologies.
  • Bearish Factor: Shift in defense priorities favoring offensive capabilities.
• Composite III: Market Mood Swings
  • Conclusion: Mixed sentiment.
  • Bearish Factors: Rising real estate costs, challenges in manufacturing, Fed's actions affecting finance.
  • Bullish Factor: Surge in entertainment consumption.
• Composite IV: The Economic Rollercoaster
  • Conclusion: Mixed sentiment.
  • Bearish Factors: Rising prices affecting consumers and students.
  • Bullish Factors: Optimism from some, risky behavior leading to bullish sentiment despite pessimism.

Overall Conclusion:

The overall situation on the markets appears to be mixed, with various factors contributing to both bullish and bearish sentiments. While some indicators point to potential long-term bullishness, such as government-sponsored research and optimism from certain individuals, others signal short-to-medium-terms concerns, including international tensions, rising prices, and challenges in specific sectors like manufacturing and finance. Therefore, the market outlook remains uncertain, with investors advised to navigate cautiously and adapt to changing conditions.

Comic book characters' not-so-helpful insights on the current market situation.

• Groot (Earth): I am Groot. (Unclear on market impact)
• J. Krauss (Market Cycles): "Sell in May and Go Away! That's what I always say." (Bearish)
• Storm (Weather): "Whoa, look at me making it rain in Brazil! Bet that's good for business, huh?" (Bullish for agriculture)
• Hellboy (Solar Activity): "Did you see those solar flares? I'm telling you, it's gonna mess with the markets." (Bearish due to market jitters)
• Mr. Fantastic: "Fear not, dear comrades! With my brilliant mind and elastic limbs, we shall conquer the economic challenges ahead!" (Overly optimistic)
• Dr. Strange: "Ah, but let us not forget the mystical forces at play. Cryptocurrencies and NFTs, anyone?" (Bullish on speculative markets)
• Captain America: "Onward, my fellow patriots! Let's show 'em what American grit can do!" (Bearish on market impact)
• Iron Man: "Yeah, about that... I think I left my iron suit at the dry cleaners." (Unprepared for market challenges)
• Batman (Real Estate): "Life's good in Gotham, folks! Real estate's booming, just like my batarangs." (Bullish on real estate)
• Joker (Entertainment): "Ha ha ha! Let's add a little chaos to the mix, shall we? Who's up for a game of Joker's Wild?" (Bullish on market impact, thrives on chaos)
• Green Goblin (Finance): "Loans and credits are scarcer than supervillains with a conscience! What's a goblin to do?" (Bearish due to limited financial tools)
• Marge (Consumer): "Oh, Homer, I don't know how we'll afford anything with these rising prices." (Bearish due to rising costs)
• Homer (Optimist): "Don't worry, Marge! Everything will be fine, especially after I vote for the 'Springfield Great Again Party.'" (Uninformed optimism)
• Bart (Cynic): "Yeah, sure, Dad. Because that always works out so well." (Cynical about Homer's plan)
• Lisa (Student): "My dreams of higher education are crumbling faster than Springfield's infrastructure." (Bearish due to financial constraints on education)
• Homer: "Now, now, Lisa. Don't be such a worrywart. Just invest in lottery tickets like your old man!" (Promoting risky behavior)
• Bart: "Great idea, Dad. Why don't we just bet on Krusty the Clown to solve all our problems?" (Further promoting risky behavior)

And so, amidst the chaos and banter of our comic book heroes and villains, the market continues its wild ride, leaving investors to ponder whether to laugh, cry, or simply go with the flow.

Wednesday, May 29, 2024

How To End The War

How Much?

The time required to build a medium-sized artillery shell production facility costing around $10 million can vary significantly based on several factors, including the location, regulatory environment, complexity of the facility, availability of materials and labor, and project management efficiency. However, a general estimate can be provided based on typical construction and commissioning timelines for industrial facilities. ### Key Phases and Estimated Timelines: 1. **Planning and Design (3-6 months)** - **Site Selection and Acquisition:** Identifying and securing a suitable site. - **Design Phase:** Developing detailed architectural and engineering plans. - **Permitting and Approvals:** Obtaining necessary permits and regulatory approvals. 2. **Construction (9-12 months)** - **Site Preparation and Groundbreaking:** Clearing the site, laying foundations. - **Building Construction:** Erecting the main structure, installing utilities (electricity, water, gas). - **Interior Work:** Installing machinery, setting up production lines, and creating office spaces. 3. **Equipment Installation and Testing (3-6 months)** - **Delivery and Installation:** Bringing in and setting up specialized production equipment. - **Calibration and Testing:** Ensuring machinery is correctly installed and operational. - **Training Staff:** Training employees on new equipment and processes. 4. **Commissioning and Start-Up (1-3 months)** - **Initial Production Runs:** Testing the production line with actual materials. - **Quality Assurance:** Ensuring the products meet required standards. - **Full Operational Launch:** Starting full-scale production. ### Total Estimated Time: In an ideal scenario, the entire process from planning to full operational status could take between 16 and 27 months. This timeline assumes no major delays and efficient project management. ### Considerations: - **Regulatory Delays:** Environmental impact assessments, safety inspections, and other regulatory requirements can cause delays. - **Supply Chain Issues:** Availability of materials and equipment can affect construction and installation timelines. - **Skilled Labor:** The availability of skilled labor for construction and specialized machinery installation is crucial. - **Project Management:** Efficient project management can significantly reduce delays and ensure that the project stays on schedule. ### Conclusion: Building a medium-sized artillery shell production facility costing around $10 million typically takes about 16 to 27 months, considering all phases from planning to full operational status. This timeline can vary based on specific circumstances and challenges encountered during the project.

Materials Availability

### Steel Production in Ukraine (2019) In 2019, Ukraine was one of the world's significant steel producers. According to the World Steel Association: - **Crude Steel Production:** Ukraine produced approximately 20.8 million metric tons of crude steel in 2019. ### Explosives/Chemicals Production in Ukraine (2019) While specific data on the production of explosives in Ukraine is not as readily available as steel production data, we can refer to broader chemical production statistics for an estimate. Ukraine has a substantial chemical industry that includes the production of fertilizers, industrial chemicals, and explosives. ### Chemicals Production: Ukraine's chemical sector is diverse, but for the purposes of this estimation, we will focus on industrial chemicals and explosives: - **Ammonia:** Ukraine produced around 4.5 million metric tons of ammonia in 2019, a key precursor for many industrial chemicals, including some types of explosives. - **Fertilizers and Industrial Chemicals:** The production of various industrial chemicals and fertilizers also contributes significantly to the sector, but specific figures on explosives production aren't typically broken out in public industry reports. ### Summary of Production (2019): - **Steel:** Approximately 20.8 million metric tons of crude steel. - **Chemicals:** The production of key chemicals like ammonia was around 4.5 million metric tons, with significant additional production in fertilizers and other industrial chemicals. ### Considerations: - **Explosives Production Data:** Exact data on explosives specifically might require consulting specialized industry reports or government publications related to defense and industrial sectors. - **Contextual Factors:** Ukraine's production capacities in both steel and chemicals are influenced by various economic, political, and industrial factors which might fluctuate year by year. ### Sources: 1. [World Steel Association](https://worldsteel.org/steel-by-topic/statistics/) 2. [State Statistics Service of Ukraine](https://ukrstat.gov.ua/) For precise and updated figures, especially for specialized products like explosives, it would be beneficial to refer to detailed industry reports or governmental publications.

How Many Shells?

Determining the number of artillery pieces required to shoot 1 million medium-sized artillery shells per month involves several factors, including the rate of fire, operational efficiency, and the specific type of artillery used. For a basic estimation, we'll make some assumptions: 1. **Rate of Fire**: Assume a medium-sized artillery piece can fire 2 rounds per minute. 2. **Operational Hours**: Assume each artillery piece is operational for 10 hours a day. 3. **Operational Days**: Assume each artillery piece operates for 30 days a month. ### Calculations: 1. **Daily Rounds per Gun**: \[ \text{Daily Rounds} = 2 \text{ rounds/min} \times 60 \text{ min/hour} \times 10 \text{ hours/day} \] \[ \text{Daily Rounds} = 1200 \text{ rounds/day} \] 2. **Monthly Rounds per Gun**: \[ \text{Monthly Rounds} = 1200 \text{ rounds/day} \times 30 \text{ days/month} \] \[ \text{Monthly Rounds} = 36,000 \text{ rounds/month} \] 3. **Number of Guns Needed**: \[ \text{Number of Guns} = \frac{1,000,000 \text{ rounds/month}}{36,000 \text{ rounds/month/gun}} \] \[ \text{Number of Guns} \approx 27.78 \] ### Conclusion: Approximately 28 medium-sized artillery pieces are required to shoot 1 million artillery shells per month under the given assumptions. ### Considerations: - **Rate of Fire Variability**: Different artillery pieces have different rates of fire. The rate of fire can vary due to the type of artillery, barrel heating, reload times, and ammunition type. - **Operational Efficiency**: Actual operational efficiency may be lower due to maintenance, crew fatigue, and other logistical factors. - **Artillery Type**: This estimate is based on a generic medium-sized artillery piece. Specific types (e.g., howitzers, field guns) may have different operational capabilities. ### References: - Artillery firing rates and operational considerations are based on typical military artillery usage patterns. - [Military Field Artillery](https://en.wikipedia.org/wiki/Field_artillery) - [Artillery Rate of Fire](https://en.wikipedia.org/wiki/Rate_of_fire)

How Many Facilities?

Determining the exact number of $10 million artillery shell production facilities in Ukraine in 2019 is challenging due to the lack of specific and publicly available data on such facilities. However, some context and general information about Ukraine's defense industry and production capabilities can help provide an understanding. ### Context: 1. **Ukraine's Defense Industry**: Ukraine has a well-established defense industry, primarily represented by Ukroboronprom, a state-owned conglomerate that oversees various defense manufacturing enterprises. The industry includes facilities for producing ammunition, armored vehicles, missiles, and other military equipment. 2. **Ammunition Production**: Ukraine has historically had significant capacity for producing various types of ammunition, including artillery shells. However, the specifics about the number and size of individual production facilities are not typically disclosed in open sources. 3. **Investment and Modernization**: Post-2014, after the annexation of Crimea and the conflict in Eastern Ukraine, there was increased focus on modernizing and expanding Ukraine's defense production capabilities, which included investments in ammunition production. ### Hypothetical Analysis: Given the hypothetical scenario of a $10 million facility producing $300 artillery shells, each capable of producing 3,000 shells per month: - **Annual Production per Facility**: \[ 3,000 \text{ shells/month} \times 12 \text{ months} = 36,000 \text{ shells/year} \] - **Total Required Production**: Assuming Ukraine needs millions of shells per year, we can scale this number accordingly. For example, if the requirement is for 1 million shells annually: \[ \frac{1,000,000 \text{ shells}}{36,000 \text{ shells/facility/year}} \approx 28 \text{ facilities} \] ### Conclusion: There is no precise public information on the exact number of such specific $10 million facilities in Ukraine as of 2019. However, the defense industry’s significant capacity for ammunition production suggests that Ukraine could have several facilities of varying sizes and capacities. The actual number would depend on the cumulative output required, the specifics of each facility, and strategic investments in production capabilities. ### Sources: - [Ukroboronprom Official Site](https://ukroboronprom.com.ua) - Reports on Ukraine’s defense industry modernization efforts - General information about Ukraine’s defense production capabilities These sources provide insights into the overall capacity and structure of Ukraine’s defense manufacturing sector but do not detail the exact number of specific artillery shell production facilities.

Saturday, June 1, 2024

To attract sponsorship and finance the growth of your monthly pitch meetup without spending money, you need to leverage your growing attendance, the unique format of your event, and strategic networking. Here's a step-by-step plan:

Step 1: Leverage Your Growing Popularity

Step 2: Identify Potential Sponsors

Step 3: Craft Sponsorship Proposals

Step 4: Network and Pitch

Step 5: Provide Ongoing Value to Sponsors

Step 6: Build Long-Term Relationships

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To grow your monthly pitch meetup without spending money or attracting sponsorship, you can leverage several strategies focused on community engagement, partnerships, and leveraging existing resources. Here’s a step-by-step plan:

Step 1: Strengthen Community Engagement

Step 2: Leverage Partnerships

Step 3: Enhance Event Experience

Step 4: Promote Your Event

Step 5: Gather and Utilize Feedback

Step 6: Build Long-Term Relationships

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Transforming your monthly pitch meetup into a VC micro-fund involves several strategic steps to ensure you maintain the community engagement while building a financial structure to support investments. Here’s a step-by-step plan:

Step 1: Define the Fund Structure

Step 2: Engage and Educate the Community

Step 3: Leverage Existing Network for Fundraising

Step 4: Develop a Selection and Investment Process

Step 5: Create a Platform for Continuous Engagement

Step 6: Showcase Success Stories

Step 7: Foster a Collaborative Ecosystem

Step 8: Monitor and Report

Monday, June 7, 2024

What business opportunities might a local nuclear war in Europe provide to American entrepreneurs?

A local nuclear war in Europe could create significant business opportunities for American entrepreneurs, despite the devastating humanitarian and environmental consequences of such a conflict.

Some potential business openings that may arise include:

1. **Nuclear Cleanup and Remediation Services**: Companies specializing in nuclear cleanup and remediation could provide services to European countries affected by the war. This might include decontamination, waste management, and environmental restoration.

2. **Emergency Response and Disaster Relief**: Entrepreneurs offering emergency response and disaster relief services could provide critical support to affected areas, including search and rescue, medical aid, food and water supply, and temporary shelter.

3. **Military Contracting**: The US military might seek to contract with American companies to provide equipment, supplies, and services in support of their operations in Europe. This could include logistics, transportation, communication, and intelligence services.

4. **Logistics and Supply Chain Management**: With supply chains disrupted by the conflict, companies offering logistics and supply chain management services could help facilitate the delivery of essential goods and materials to affected areas.

5. **Technology and Innovation**: A local nuclear war could drive innovation in areas like nuclear detection and monitoring technology, radiation protection gear, and decontamination methods. Entrepreneurs developing these technologies could benefit from government contracts or commercial sales.

6. **Security Services**: Companies offering security services could provide protection for individuals, businesses, and critical infrastructure in the affected regions.

7. **Environmental Remediation**: Entrepreneurs with expertise in environmental remediation could help clean up contaminated soil, water, and air in areas affected by nuclear radiation.

8. **Food and Water Distribution**: Companies involved in food and water distribution could provide essential supplies to affected populations.

9. **Medical Services**: Entrepreneurs offering medical services, including telemedicine platforms, medical equipment, or healthcare staffing agencies, could support healthcare providers in the affected regions.

10. **Construction and Infrastructure Development**: With reconstruction efforts underway, companies specializing in construction and infrastructure development could provide services to rebuild damaged or destroyed infrastructure.

11. **Cybersecurity**: As digital infrastructure is targeted during a conflict, cybersecurity companies can help protect against cyber attacks and provide incident response services.

12. **Translation and Interpretation Services**: With the need for international cooperation during a crisis, translation and interpretation services could be in high demand to facilitate communication between different languages.

20 potentially attractive cryptocurrency investment targets to consider in 2024 according to Perplexity LLM.

Based on the search results and current market trends, here are 20 potentially attractive cryptocurrency investment targets to consider in 2024:

1. Bitcoin (BTC) - The largest and most established cryptocurrency, recently bolstered by ETF approvals.

2. Ethereum (ETH) - The second-largest crypto, known for smart contracts and DeFi applications.

3. Solana (SOL) - Praised for its speed, low fees, and scalability.

4. EarthMeta - A project combining DeFi, AI, and metaverse technologies.

5. Cardano (ADA) - Founded by Ethereum co-founder, focused on sustainability and scalability.

6. Avalanche (AVAX) - Known for its subnet feature enabling mini-blockchains.

7. Polygon (MATIC) - A scaling solution for Ethereum, transitioning to Polygon 2.0.

8. Toncoin - Noted for potential rapid adoption and scalability.

9. Ripple (XRP) - Focused on efficient cross-border payments.

10. Chainlink (LINK) - A decentralized oracle network.

11. Litecoin (LTC) - An established alternative to Bitcoin.

12. Hedera (HBAR) - Offering stability and innovation.

13. Filecoin (FIL) - A decentralized storage network.

14. Fetch.ai (FET) - An AI-focused project allowing users to build autonomous agents.

15. Monero (XMR) - A privacy-focused cryptocurrency.

16. Shiba Inu (SHIB) - A popular meme token with high volatility.

17. Polkadot (DOT) - Focused on interoperability between blockchains.

18. Uniswap (UNI) - A leading decentralized exchange token.

19. Aave (AAVE) - A major DeFi lending platform.

20. Cosmos (ATOM) - Aiming to solve blockchain interoperability and scalability issues.

Remember that cryptocurrency investments are highly speculative and volatile. It's crucial to conduct thorough research, understand the risks involved, and never invest more than you can afford to lose. The crypto market is known for its rapid fluctuations, and past performance doesn't guarantee future results.