Entangled Vision

Quantum Photon Reader

by Tim Tolbert

Copyright © 2025 by Tim Tolbert.

All rights reserved. No part of this publication, in whole or in part, may be reproduced, distributed, or transmitted in any form or by any means, including photocopying, recording, or other electronic or mechanical methods, in part or in whole, without the prior written permission of the author (Tim Tolbert). This book is protected under the copyright laws of the United States of America.

This book is a work of fiction.  Names, characters, businesses, organizations, places, events and incidents either are the product of the author's imagination or are used fictitiously. Any resemblance to actual persons, living or dead, events, or locales is entirely coincidental.

The author of this book is Tim Tolbert.

This book is published by Amazon KDP.

Chapter One

Mika Soo, a passionate Asian-American woman born and raised in the quiet suburbs of Ohio, has always been captivated by the mysteries of the universe. From an early age, she found herself enthralled by the night sky, her imagination swirling with visions of distant galaxies and hidden cosmic truths. Her fascination with Astronomy and Physics led her to dream of understanding the very fabric of reality. This ambition eventually sparked her deep interest in Quantum Mechanics, a field that promised to unravel the universe's most enigmatic secrets.

Determined to turn her dreams into reality, Mika embarked on a challenging academic journey. Her boundless enthusiasm guided her through years of rigorous study at the university's prestigious Center for Quantum Engineering, where she pursued her advanced doctoral degree. The demanding coursework, grueling hours in the lab, and intense research tested her resilience, but Mika thrived in the face of adversity. She often found solace in the thought that each epiphany brought her closer to decoding the universe's mysteries. Her efforts paid off, culminating in her graduation with a coveted doctoral degree in Quantum Engineering, placing her among an elite few in America to hold this rare and advanced qualification.

Though her academic success marked a significant milestone, Mika chose to remain rooted on campus, working as a certified high-level teacher’s assistant. Her certification allowed her to not only create her own student lesson plans, but to also teach classes in the absence of the professor. She relished sharing her knowledge with the small class of bright-eyed students, hoping to inspire a new generation of innovators.

Outside of academia, Mika led a quiet yet fulfilling life in her modest off-campus home nestled several miles beyond the town's edge, away from city lights. Her sanctuary boasted a large backyard, adorned with an array of modern telescopes, her tools for exploring the vastness of space. Astronomy wasn’t merely a hobby for Mika, it was her escape, her gateway to an imagined realm where time and space stretched infinitely. On clear nights, she poured her heart into mapping the planets, stars, and galaxies, taking notes to subtle changes in their appearances over time. As her telescopes captured ancient starlight, Mika marveled at its journey, millions and even billions of years old, carrying echoes of stories about celestial objects through the void.

One evening, with her telescope fixed on the dazzling Andromeda Galaxy, Mika's mind raced with a revolutionary thought. Her newfound expertise in quantum mechanics merged with her passion for astronomy, sparking a question that demanded an answer: Could it be possible to decode the quantum information embedded in the photons which her telescopes capture? The idea felt audacious, however slight the possibility, yet Mika was undeterred.

Driven by curiosity and determination, Mika set out to create a groundbreaking device. She labeled it as a "quantum photon reader," capable of extracting quantum data from starlight. The invention's complexity required months of experimentation, during which Mika meticulously designed, tested, rebuilt, and honed her evolving prototype. She quietly borrowed specialized electronics and advanced chips from the university's labs, with permission from her Quantum Engineering professor, a mentor and employer who recognized her brilliance and supported her endeavors. Other rare components were sourced online, arriving in a steady trickle that tested her patience.

Finally, after countless redesigns and sleepless nights, Mika completed her fully functional prototype. The device was bulky, resembling a makeshift miniaturized supercomputer, with exposed circuit boards connected by a tangled web of wires. Despite its unpolished appearance, the quantum photon reader represented a marvel of ingenuity. Mika connected the device to the eyepiece of her favorite refractor telescope, chosen deliberately to preserve the integrity of the photons. Unlike mirror-based telescopes, which can introduce noise and distortions that affect a photon's quantum information, the lens-focused refractor telescope allowed her device to capture and focus the quantum properties of photons with greater clarity and fidelity.

As Mika powered up the quantum photon reader and aimed her telescope at the Andromeda Galaxy once more, she couldn’t help but feel the weight of anticipation. Her invention held the potential to unveil secrets buried within the starlight, secrets that could potentially redefine humanity’s understanding of the cosmos.

As a photon interacts with an object, its natural state is altered in such a way to allow the photon to encode information about the object it interacted with, including changes in energy, polarization, and direction. It is this information that most visualization methods see and display. Mika, delving deeper into the quantum information carried by the photons observed through her telescope, made a groundbreaking discovery, and realized that photons do in fact encode far greater details of their interactions with objects on a quantum level, taking on the unique quantum properties of each subsequent encounter. These transformations are governed by the basic principles of quantum mechanics, and instantly changes dynamically with each interaction, each time that photon reflects off of another object. And although photons do not retain a cumulative record of their journey, each interaction modifies their quantum state anew with the last object it encountered and reflected off from. This remarkable process continues until the photon is ultimately absorbed, whether by an observer, an electronic instrument, or another medium, marking the end of its existence and the transfer of its energy.

While Mika analyzed the quantum information captured by her telescope, she was astonished by the wealth of detail hidden in the photon, an intricate record of cosmic interactions that largely goes unnoticed and ignored by modern electronics and telescopes alone. It was as though each photon carried whispers of the reflected object's atomic state, a detailed narrative etched into the very fabric of light itself.

Eager to push the boundaries of her discovery, Mika enlisted the help of a trusted friend from the university's software development department. Together, they worked after hours, in secret, to create a revolutionary software program capable of decoding quantum data and translating it into a visual image format. The software, designed with meticulous precision, filtered out seemingly irrelevant quantum values and random static noise to focus solely on the quantum information's visual characteristic data. By emulating the function of a digital camera, the program transformed a photons quantum data into a colorized pixel, and then assembled each photons quantum made pixel into coherent images. However, this was no ordinary reconstruction, since the software utilized the quantum information of a photon to achieve an unprecedented level of detail, the images produced resulted in clarity tens of thousands of times sharper in resolution than what traditional cameras are capable of producing.

For the first time, Mika was able to see far away celestial objects close up, and in astonishing detail. The software was so efficient at processing the photons quantum data that it generated not just static images but continuous high-resolution visuals of each set of photons streamed into it by her quantum photon reader device, presenting the universe like never before, alive, vibrant, and teeming with remarkable detail.

Night after night, Mika found herself mesmerized by the cosmos through her newfound quantum lens and imaging software. The Andromeda Galaxy, once a distant cluster of light, now appeared as a breathtaking tapestry of close-up stars, swirling gas, and intricate patterns, like never seen before. Her backyard had become a portal of sorts, offering her a front row seat to gain a deeper understanding of the universe, and her quantum-enhanced view of the night sky brought her unparalleled joy and inspiration.

As Mika continued to analyze the quantum information within the photons being captured by her telescope, a peculiar anomaly caught her attention, an enigmatic presence hidden deep within the quantum data of the photons. At first, it appeared as a compact and incredibly dense packet of information, intricately structured on what resembled a downward fractal scale. The discovery both puzzled and exhilarated her, igniting a spark of curiosity that compelled her to delve deeper.

With rigorous determination, Mika began studying the anomaly in greater lengths. Her instruments revealed that this anomaly contained an entirely new layer of characteristic data, but something about it defied common photon observer effect laws. Unlike the static, motionless, image-like information encoded in the quantum layers of photons, the data within the anomaly appeared to be constantly shifting, evolving at a rate faster than her devices could keep up with. This dynamic behavior demanded more specialized equipment, so Mika discreetly acquired additional advanced tools from the university's labs, fueling her investigation further, which she modified her quantum photon reader prototype with.

Through painstaking research, Mika uncovered a stunning truth: the anomaly wasn't just a random quirk of quantum mechanics, it was actual entanglement data. The photon, she realized, had become entangled with a set of atoms from the last object it collided with, and the anomaly represented this profound quantum connection. Whereas the photon itself carried a still image snapshot of its reflected object, the anomaly held a live streaming record, a quantum "video" stream that continually updated itself, directly linked to the entangled object's current and present state.

Again enlisting the help of her trusted collaborator in the university's software development department, Mika worked to modify the quantum imaging software. Together, they enabled the program to toggle between displaying an image derived from the photon’s standard quantum information and the images derived from the entangled data from the anomaly. Astonishingly, the enhanced software could now generate a streaming video from the entanglement data, displaying a live, real-time visualization of the entangled object. To ensure accuracy, the software cross-referenced successive photon sets, correcting any inconsistencies or gaps to create a seamless image stream.

Excited to test her updated quantum photon reader software, Mika repositioned her telescope to observe Mars, a closer target that allowed her telescope instruments to lock onto with greater precision and smoothness. Connecting the modified quantum photon reader to two laptops, she set them to display the dual outputs of her revolutionary discovery.

On one screen, the stream of still images represented the conventional quantum data of the photons, photon set after photon set, depicting Mars as it appeared through her telescope in stunning detail. The second screen, displayed the video stream images derived from the anomaly’s entangled data. Both screens were breathtaking in their clarity, however, Mika immediately noticed subtle differences between the two screens. They showed different shifts in lighting, an offset in the shadows that projected from the objects, and even obvious visual changes in surrounding atmospheric conditions. The second screen possessed a vibrancy, a sense of immediacy that the first screen lacked.

As Mika watched both screens intently, a dust storm began to swirl on Mars’s surface. On the second screen, using the entangled data from the photons quantum anomaly, the event of the dust storm unfolded before her eyes, but it wasn’t until twelve and a half minutes later that the same phenomenon appeared on the first screen. Thrilled by the thought of now having definitive proof, Mika marveled at the significance of this time discrepancy. The second screen was displaying real-time data, as it was occurring at that exact moment in time, while the first screen displayed its images with the traditional time delay caused by the amount of time it takes light to travel from Mars to Earth.

Mika recorded every detail meticulously, her mind reeling with the implications of her discovery. Night after night, she trained her telescope on various other celestial objects in the sky, while she marveled at the stark differences between the live entangled feed and the normal time delayed "echo" feed. She observed that the farther away the object was from Earth, the greater the time disparity was between the two displays. Some of the more distant galaxies appeared almost unrecognizable in the live feed, since their stars, the ones still visible anyways, were rearranged in patterns and placements that were vastly different than from the static configurations which were etched onto simple photographs and published star charts.

This newfound capability fueled Mika’s curiosity even more so. By observing the real-time configurations of stars and galaxies, she began charting their present-day positions, comparing them with traditional astronomical maps that captured their ancient light. Mika’s work promised to redefine humanity’s relationship with the universe, reaching beyond the echoes of the past to see the cosmos as it exists today, in a live real-time view.

An unexpected call from her friend in the university's software development department brought thrilling news. Her friend had been diligently working on decoding the unknown characteristic values that were also hidden within the anomaly's quantum entangled data. With a stroke of ingenuity, the friend modified the software to accurately translate some of those elusive values into sound. Now, the updated software could render not only high-resolution live-stream visualizations but also audible sound waves, by translating the captured sound vibrations recorded and transmitted within the quantum entangled information of the photons. This addition opened an entirely new sensory dimension to Mika’s exploration of the cosmos.

Eager to test the new capabilities, Mika directed her high-resolution quantum entangled telescope toward distant planets in other solar systems that were scattered across the Milky Way Galaxy. What she uncovered defied belief. Seeing them as they are in real-time today instead of as echoes of distant memories, one after another, hundreds of planets began revealing themselves to contain lower forms of alien life, from sprawling vegetation to astonishing prehistoric animal-like creatures. The combination of video and sound created an immersive experience, allowing her to see and hear the alien worlds in ways no human had ever imagined.

Aware of the enormity of her findings and the inevitable skepticism they would face, Mika meticulously recorded every detail. Video after video chronicled the diverse ecosystems of hundreds of planets, capturing not only the breathtaking visuals of alien landscapes but also the ambient sounds, which included the rustle of alien winds, the calls of otherworldly creatures, and the hum of life thriving beyond Earth’s boundaries.

Her journey of spying through the stars reached a crescendo when she stumbled upon a planet about twice the size of Earth, orbiting a binary star system, that was located just 8.6 light-years away. What she observed there left her utterly speechless: an intelligent alien civilization, their intricate societies bustling with activity. The inhabitants displayed advanced technology far beyond anything Earth has yet to achieve, and their lives shaped by social structures and cultural practices that appeared entirely foreign to Mika. As she watched, she marveled at the architectural wonders and the seamless harmony of their advanced way of living. Like Earth, their planet was also littered with artificial satellites that orbited their sky.

Realizing the profound implications of her discovery, Mika knew she couldn’t keep it to herself. After carefully transferring a copy of her recordings and raw data onto a thumb drive, she sought out the university’s Quantum Engineering professor, since he was someone she trusted deeply. Presenting her findings, Mika shared her excitement, but also her apprehension. The professor, recognizing the significance of her work, followed university protocol and promptly reported the discovery to the government.

The very next day, a federal agent arrived at the university, and requested an immediate meeting with Mika and the Professor. At the agent's behest, they both convened with the agent in a quiet conference room within the university grounds.

Chapter Two

The air in the conference room seemed suspended in time, as nervous tensions stretched taut like a bowstring ready to snap. The overhead lights hummed softly, casting pale shadows against the university crest emblazoned on the wall. Mika sat at the oval table, her laptop and thumb drive resting like loaded weapons before her. Her sweaty hands trembled slightly, clasped together to mask the storm brewing beneath her calm exterior. Seated next to her, Professor Kent adjusted his glasses for the fifth time in as many minutes, his every movement betraying the nerves he tried desperately to suppress.

The door clicked open. Agent Adams entered, cutting through the quiet like a blade. His mannerism and tailored suit lent him an air of meticulous control, but it was his eyes, sharp, unrelenting, that commanded attention. With the precision of a powerful and skilled predator, he sank into the chair opposite them, opened his leather-bound notebook, and clicked his pen once.

“Thank you both for meeting with me,” he began, his voice cool but probing. “Let’s start with the basics. Professor Kent,” he nodded to the professor, “you reported this discovery to the government. Care to explain exactly what we’re dealing with here?”

Professor Kent cleared his throat, his voice uncertain as he ventured into uncharted territory. “Well, Agent Adams, I can provide a summary, but the credit really belongs to Mika, um, Dr. Soo.” His gaze flicked to Mika with a mixture of pride and apprehension. “She’s developed a device that analyzes quantum data captured from photons. She really is quite brilliant. And, what she’s uncovered... Well, it’s nothing short of extraordinary.”

Agent Adams shifted his focus to Mika, his piercing gaze demanded answers. “Dr. Soo, in your own words, what have you discovered?”

Mika drew a deep breath, determination settled over her like armor. Her eyes locked onto Agent Adams. "Using my prototype device," she began, her tone measured yet brimming with restrained intensity, "I’ve managed to extract quantum information encoded in the photons received by a telescope, the very light that travels to us from distant celestial objects in outer space. But it’s not just light," she added, a subtle tremor betraying the magnitude of her revelation.

She leaned her head forward, her voice steady but edged with urgency. "These photons also carry entangled data, an extraordinary kind of real-time feed, which displays the current state of the objects they last reflected off of. It’s like peering into the universe’s hidden diary, as the diary is actively being written, instead of finding and reading it millions of years later."

The air between them grew electric as her words spilled out faster. Unable to contain her excitement, she continued. "With my latest observations," she blurted, her voice quivered with fear and awe, "they confirm something extraordinary. Agent Adams, I’ve detected not only low level alien life forms, but an entire alien civilization. They appear to be highly intelligent, advanced beings. And, from what I can tell, their technology appear to be way more advanced than ours also."

The pen froze mid-scribble. Adams raised an eyebrow, studying her with calculated skepticism. “You’re telling me you’ve found extraterrestrial intelligence? Advanced alien civilizations? And you can prove this?”

Mika nodded firmly, her confidence unshaken. “I can. The evidence is here.” She pointed to her laptop before continuing, “visuals, sounds, raw data. It’s all documented. I have even mapped out the exact location of this planet too. And not just this one, that contains the advanced alien life forms, but also of all the planets that I found so far.”

Agent Adams tilted his head, the air in the room grew heavy with his doubt. “Extraordinary claims require extraordinary evidence, Dr. Soo. People have claimed to detect alien life for decades, only to be debunked. Why should I believe you?”

Her voice took on a defensive edge, which brimmed with resolve. “Because my findings are grounded in science. Not speculation, not theory, but hard science. Quantum entanglement is the cornerstone of my research. The raw data, the visuals, they speak for themselves. You don’t have to believe me. Analyze the evidence for yourself, by reviewing the data.”

Agent Adams pondered her answer in silence, while thinking about the other aspects of her discovery. “I see. Please explain your process. How did you capture this data, and what makes your invention so different?”

Mika's voice shifted to that of an educator. “My telescope, which is just an ordinary refractor lens type telescope, is connected to a device I built, which I call quantum photon reader. This device, which is just a prototype I invented, detects and deciphers the quantum information that is buried within the photons provided to it from the telescope. I discovered deep within the photons quantum information an anomaly that contains entangled data, which reflects the current state of the distant objects the photon reflected off of, and not just time delayed echos of their historical reflections. With custom software, I’ve translated these entangled values into visuals and sounds.”

Agent Adams narrowed his eyes as he continued writing notes. “Entanglement... and you claim it’s the backbone of your discoveries? How can you be certain this isn’t just random static noise?”

Mika sharply replied. “Because of consistency, Agent. Random static noise doesn’t offer repeated patterns, streamed across different subsequent chronological sets of photons. What I’ve seen and witnessed, displayed by the imaging software, matches astronomical phenomena, but it also reveals the current states of stars, galaxies, planets, and even surface objects, as they exist now, today, and in astonishingly high resolution detail. The evidence isn’t static noise. It checks out against existing scientific data and star charts.”

Agent Adams scribbled furiously, the tip of his pen darted across the page like a restless insect. His skeptical posture had giving way to something else, an undeniable spark of curiosity. "Tell me about these alien civilizations. What exactly did you observe that proves they are intelligent, and more technological advanced than us?"

Mika replied sharply. "Through my observations of that planets surface details, I’ve witnessed cities unlike anything we can fathom, or even build. The sprawling cities appeared to be towering metropolises, adorned with radiant structures that seem to vibrantly pulse with varied colors of energy, as if they too were alive. Intricate transportation systems hovered and weave through the urban labyrinths, and planetary-scale energy grids light up the entire planets surface in a spectacle of breathtaking brilliance. I even seen artificial satellites orbiting their planet as well. There are other technologies there… things I don't even have the language to describe. But their design, their purpose, it all screams intelligence, precision, and sophistication." Her voice dropped to a whisper, heavy with conviction. "This isn’t random noise, Agent Adams. It’s life, advanced life."

Without hesitation, she flipped open her laptop, the dim glow of the screen casting sharp shadows across her face. "Here," she said, her voice trembled with barely containable excitement and nervousness. A video played, filling the conference room with strange, otherworldly sounds. The chaotic symphony of a bustling alien metropolis blended with voices of complex, alien speech patterns that danced on the edge of understanding. The visuals were no less staggering, showing detailed towering spires bathed in vibrant hues, aerial vehicles darting in synchronized choreography, and an overwhelming sense of order and purpose.

The agent froze, the pen in his hand faltered mid-stroke. As the enormity of Mika’s discovery clawed its way into his mind, his demeanor shifted. His jaw tightened, and his eyes narrowed, not in disbelief, but in sober realization. He set the pen down, his voice now a measured murmur, heavy with the weight of responsibility. "If this is real," he began, his words deliberate, "it’s a revelation that could surely  redefine humanity’s place in the cosmos. And, your quantum photon reader device is remarkable as well. But the risks… Public hysteria. Political exploitation. National security breaches. Weaponization. The risks we would impose onto ourselves, are very real. And the dangers associated with the discovery of an intelligent alien civilization.... well, that goes without saying." He leaned back, his expression unreadable but grave. "Dr. Soo, inventions and discoveries like this are brilliant, yes, but they also come with accountability and consequences. What are your intentions with this research? And more importantly... how do you intend to handle what comes next?"

Mika hesitated before answering, her words laced with caution. “Well, I haven't thought of that really. I guess, my intentions going forward with this is to simply advance science and our understanding of the universe. These discoveries belong to all of humanity. I assume that is why the professor came to you in the first place, to ensure that they are handled responsibly.”

Leaning her body forward, Mika handed Agent Adams her thumb drive, which contained a complete copy of all of her data.

Agent Adams swiftly rose to his feet, his movements precise as he slipped the thumb drive into his pocket with care. His gaze swept over Mika and Professor Kent, his tone firm but laden with an undercurrent of importance. "Thank you both," he said, his voice carrying a weight that made it clear the matter was far from routine. "I’ll ensure this data reaches the highest levels of government authority without delay. But for now, I need your utmost discretion. The fewer who know about this, the safer it will be, for everyone."

He paused, his eyes lingered on Mika for a moment longer, as though gauging her resolve. "And Dr. Soo," he added, his words sounding deliberate and threatening, "don’t leave town. A federal team will be in contact with you very soon. It would be in your best interest to fully cooperate with them.“ Offering a subtle smile, he continued before leaving the room, “Thank you again, and, have a nice day."

As the door clicked shut behind him, the silence returned, heavier than before. Mika and the professor exchanged a bonding glance of concern, as the weight of her discovery settled in, before standing up and leaving the room themselves. What lay ahead was uncertain, but one thing was clear, they had crossed into a new frontier, and there was no turning back.

The End.

Books In This Series

Investigations Of Agent Adams

Step into the thrilling investigations and debriefings of Agent Adams, a seasoned CIA investigator delving into the most enigmatic and audacious scientific projects ever conceived. In a world where innovation teeters on the edge of morality, Agent Adams confronts dark discoveries that could reshape humanity—or destroy it.

From uncovering the unsettling truth behind time manipulation in Project Time Machine to probing the eerie depths of bioengineering in Living Eggs Project, this series explores the collision of science, ethics, and existential risks. With each investigation, Agent Adams is pulled deeper in, where the line between genius and madness blurs.

New installments promise even greater mysteries as Agent Adams grapples with the dangerous ideas shaping our future. Fans of dark science fiction and nail-biting intrigue will find themselves hooked on these investigations that dare to ask: what happens when humanity goes too far?

Project Time Machine: A Time And Place

Investigations Of Agent Adams eBook series, episode 1.

Originally published in 2021, this Newly Revised Edition (2025 revisions) brings fresh depth and thrilling momentum to the story of Lieutenant Coil.

Set against the backdrop of a high-security military base in upstate Virginia, Lieutenant Coil spearheads a top-secret Pentagon project to create a fully operational time machine.

As groundbreaking as it is dangerous, the experiments unravel in ways no one could have foreseen. When human test trials yield shocking and inexplicable results, the Pentagon's elite special investigations unit intervenes, demanding answers, and raising the stakes for Lieutenant Coil in a tension-filled private debriefing.

Packed with intrigue, scientific ambition, and the fallout of tampering with time, this updated version dives deeper into the characters and challenges that define this extraordinary tale.

Living Eggs Project: Recycled Harvest

Investigations Of Agent Adams eBook series, episode 2.

Join Agent Adams in the depths of the Pentagon, where the line between genius and madness blurs.

Dr. Robins, an R&D Engineer for the Department Of Defense, introduces a groundbreaking experiment that could rewrite humanity's fate. Her "Living Eggs Project" delves into uncharted territories, challenging the boundaries of medical science and morality in the name of progress.

But as the project unfolds, the ethical stakes rise, and the implications of her work spark intrigue, fear, and power struggles at the highest levels. Can humanity embrace her vision, or will the cost of her ambition prove too great?

A gripping tale of science, ambition, and the search for eternal life, Living Eggs Project is a thought-provoking dive into the future of humanity.

Entangled Vision: Quantum Photon Reader

Investigations Of Agent Adams eBook series, episode 3.

Mika Soo, a visionary quantum engineer and dedicated stargazer, has spent her life unraveling the mysteries of the cosmos. Armed with her revolutionary invention—a "quantum photon reader"—she unlocks a hidden universe within starlight itself.

When her discoveries reveal an advanced alien society, Mika’s quiet pursuit of knowledge takes an unexpected turn, drawing the attention of Agent Adams and entangling her in a web of cosmic and terrestrial mysteries.

Entangled Vision is a captivating tale of exploration and discovery, where science and curiosity collide to challenge humanity's understanding of its place in the universe. For fans of cutting-edge science fiction and interstellar intrigue, this story lays the foundation which ensures a journey beyond the stars like no other.

Echoed Life Foundation : A New Generation

Investigations Of Agent Adams eBook series, episode 4.

When the line between survival and morality blurs, what will humanity choose?

The Echoed Life Foundation promises salvation in the face of a dwindling food supply and a collapsing ecosystem. Led by visionary CEO Lee Benson, the foundation pioneers revolutionary cloning technologies.

Backed by the enigmatic and influential Senator Pat Fox, the project takes a dark turn as genetic experiments push the boundaries of evolution itself. Unknown to the public, Earth has just recently entered into a catastrophic sixth extinction event. The Pentagon has a plan to save humanity—but at what cost?

Join Agent Adams, a seasoned CIA investigator, as he is tasked by the Pentagon to investigate the facility, in efforts to determine the progress and setbacks of this top secret project.

In this gripping science fiction short story, ethical dilemmas collide with high-stakes suspense. Will humanity's echo endure, or will the Foundation's vision backfire and spiral into chaos?

Dark Energy Generator : Unlimited Power

Investigations Of Agent Adams eBook series, episode 5.

At CIA headquarters, Agent Adams briefs his supervisor, Resident Agent in Charge Sarah Brown, on a groundbreaking innovation: the Dark Energy Generator. This revolutionary device promises to replace conventional batteries and generators with a limitless source of power fueled by dark energy. The implications are staggering, with the potential to rapidly reshape the future of humanity.

But innovation often brings risk. Agent Adams and Agent Brown foresee the looming dangers posed by powerful energy conglomerates, who will undoubtedly see the Dark Energy Generatoras an existential threat to their dominance. As Agent Adams recounts the story behind the device’s creation and the ingenuity of its developers, the shadows of retaliation and intrigue begin to take shape.

This pivotal science fiction short story introduces readers to a world of innovation and potential conflict, setting the stage for additional thrilling future tales in the Investigations of Agent Adams series. Dive into a tale of limitless potential—and the stakes that come with it.

To Be Continued

I hope you enjoyed my science-fiction ebooks. Stay tuned, more episodes coming soon.

Thank you for reading!