Chapter 2: The First Million

Within three days of waking up in 2004, Marcus had a plan. It was not a subtle plan. It was not a careful plan. It was the plan of a man who had lost everything, been handed it all back, and decided that caution was a luxury he could no longer afford. He called it Phase One: Capital Acquisition. The problem with being eighteen and brilliant in a world that didn't know you were brilliant was that nobody would give you money. Banks wouldn't lend to a high school senior with no credit history. Venture capitalists would laugh at a kid with no track record. Angel investors wanted to see prototypes and business plans, not the earnest claims of a teenager who said he could predict the future. So Marcus started where every great fortune in America truly began: with a small amount of money and a lot of inside information. He had $347 in his savings account. His mother had been putting in $25 a month since he was born, a habit she called "the college fund" with the quiet determination of a woman who had never been to college herself. $347 was not enough to change the world. But it was enough to change Marcus Cole. The date was May 15, 2004. Marcus knew that Google's IPO was coming in August, and he knew the stock would open at $85 and be worth $700 within a few years. He knew that Apple stock, currently trading at around $1.50 split-adjusted, would be worth $180 by 2012. He knew that if he could just get his hands on a few thousand dollars and put it in the right places, he could have a million dollars within two years. The question was how to turn $347 into a few thousand dollars quickly and legally. The answer came to him on a Tuesday afternoon, sitting in his bedroom, staring at his old robotics club notes. The FIRST Robotics Competition—the annual engineering contest for high school students—had a national championship with a substantial scholarship prize. Marcus had competed in it in his first life, placing third with a robot that was good but not great. This time, he could build something extraordinary. He had twenty-two years of advances in robotics, materials science, and control systems stuffed into his skull. He could design a competition robot that would make the judges weep. Not futuristic technology that would get him flagged as a security risk—just elegant, optimized engineering that was slightly ahead of its time. The kind of thing that would make people say "that kid is a genius" instead of "that kid is a alien." Marcus spent the next two weeks in his school's workshop, arriving at 6 AM and leaving at 10 PM. His robotics coach, Mr. Patterson, watched with growing amazement as Marcus redesigned their entire entry from scratch. The new robot was a marvel of efficiency. Marcus had incorporated a control algorithm that wouldn't be published in academic literature until 2012—a model predictive control system that gave the robot almost uncanny precision in its movements. The mechanical design used a simplified version of a tensegrity structure that reduced weight by 30% while maintaining rigidity. The power management system squeezed 40% more runtime out of the same battery pack. None of it was impossible for 2004. All of it was far beyond what any high school team should be capable of. "Marcus," Mr. Patterson said one evening, watching the robot navigate an obstacle course with surgical precision, "where did you learn to do this?" Marcus shrugged. "I've been reading a lot of MIT OpenCourseWare." It was technically true. He had been reading it—in his first life, while getting his PhD. The regional competition was in Huntsville, which was convenient. Marcus's team obliterated the field. Their robot completed every task faster and more accurately than any other entry. The judges huddled together for a long time after the final round, comparing notes, clearly trying to figure out if what they had seen was actually possible. They awarded Marcus's team first place and a $10,000 scholarship. More importantly, a man in the audience came to find him after the awards ceremony. His name was Gerald Hoffmann. He was sixty-three years old, retired from a career in aerospace engineering, and he had worked on the Saturn V program in the 1960s. He was the kind of man who could look at a machine and see the mind behind it. "Young man," he said, extending a hand that was calloused from fifty years of working with metal, "that robot was the most impressive piece of engineering I've seen in thirty years. Who are you?" "Just a kid from Huntsville," Marcus said, shaking the hand. "Like hell you are." Hoffmann's eyes were sharp. "That control system you used—I've seen something similar in classified Lockheed papers from the nineties. You didn't learn that from OpenCourseWare." Marcus felt a jolt of alarm. He had been too clever. He had shown too much. "It's just a hobby project," he said carefully. Hoffmann studied him for a long moment, then laughed. "Son, I've been around long enough to know genius when I see it. And I've also been around long enough to know that genius needs money and protection to survive. I made my money smart. Let me make you an offer." They went to a diner across the street from the convention center. Hoffmann ordered coffee and apple pie. Marcus ordered a cheeseburger because he hadn't had one in twenty years and the future had made him appreciate the simple things. "I'll invest in you," Hoffmann said simply. "Not in your robot—in you. I'll give you $50,000 as a personal loan, no interest, payable whenever you can. In exchange, I want to be the first to see whatever you build next. And I want the story of how I get to tell people I was the one who discovered the greatest engineer of the twenty-first century." Marcus looked at the old man across the table and saw something he hadn't seen in his previous life: genuine faith. Not in a technology or a proposal or a business plan. Faith in him. "Why would you trust me?" Marcus asked. Hoffmann took a bite of his pie and chewed thoughtfully. "Because I watched you build that robot, son. And I saw the way you looked at it when it was done. You didn't look proud. You looked hungry. Like it was just the appetizer and you were already thinking about the main course. That's the look Wernher von Braun had when he talked about Mars. That's the look that changes the world." Marcus extended his hand. "Deal." The $50,000 from Gerald Hoffmann, combined with the $10,000 scholarship and his $347 savings, gave Marcus a starting capital of $60,347. He opened a brokerage account at an online trading platform, using his status as an emancipated minor—a paperwork trick he had learned from a law student friend in his first life—to avoid the complications of being underage. Then he went to work. He didn't put everything in one stock. That was the mistake amateurs made. Marcus knew that even with perfect information, the market was unpredictable in the short term. Companies could miss earnings, regulators could intervene, black swan events could wipe out positions overnight. His knowledge was of the future, but the future was a probability distribution, not a certainty. So he diversified. He put $20,000 into Apple, buying at roughly $1.50 split-adjusted. He put $15,000 into Google's IPO at $85. He put $10,000 into Amazon, which was trading at what would seem like an absurdly low price once people realized that online shopping was not a fad. The remaining $15,000 he kept liquid for opportunities. While his money was working, Marcus was working harder. He enrolled at Calhoun Community College, as planned, but he treated it as a formality. The classes were review material for a man who had already earned a PhD. He attended, participated just enough to avoid suspicion, and spent his real energy on what mattered: building the foundation of his future company. He called it Aethon Industries. Named after Aethon, the immortal horse of the sun god Helios in Greek mythology. The horse that carried the sun across the sky. Aethon would carry humanity to the stars. He filed the incorporation papers in September 2004, listing himself as the sole founder and Gerald Hoffmann as an advisor. The registered address was his mother's house. The initial business description was "aerospace engineering consulting," which was technically accurate even if the only consulting being done was Marcus sitting in his bedroom designing next-generation propulsion systems. He also kept his promise about his mother's health. He had driven her to the doctor himself, sat in the waiting room for two hours, and then held her hand when the doctor came in to explain that they had found something concerning on the imaging. Stage 1 ovarian cancer. Early. Very early. The kind of early that meant a simple surgery and a short course of treatment and a 95% survival rate. His mother had cried. Marcus had cried too, but for different reasons. He was crying because it had worked. The first change had been made. The timeline was shifting. "You knew," his mother said to him one evening, a week after her surgery. She was sitting on the couch, recovering, watching him with those sharp eyes. "Somehow, you knew." "I told you, Mom. I had a feeling." "That wasn't a feeling, Marcus. That was knowledge." She paused. "I don't know what happened to you, and I'm not going to ask. But I want you to know that whatever it was—however you got this way—I'm grateful. And I'm proud of you." Marcus kissed her forehead and told her he loved her and went upstairs to his room and sat at his desk and let himself feel, for one brief moment, the staggering weight of the miracle he had been given. Then he opened his notebook and got back to work. By December 2004, Marcus's stock portfolio was worth $112,000. By March 2005, it was worth $340,000. By the time he transferred from Calhoun to Georgia Tech in the fall of 2005—on a full academic scholarship that he could have earned in his sleep—he was quietly a millionaire on paper. He was also, less quietly, the most talked-about engineering student at Georgia Tech. His professors were divided into two camps. The first camp thought he was the most talented student they had ever encountered. The second camp thought he was cheating. His work was too perfect, too advanced, too prescient. He was solving problems in fluid dynamics that were the subject of active research. He was proposing control algorithms that his professors had never seen before but couldn't find flaws in. The chairman of the aerospace engineering department, Dr. William Frazier, called Marcus into his office one October afternoon. "Marcus," Dr. Frazier said, leaning back in his chair, "I've been teaching for thirty years. I've had students who went on to work at NASA, at SpaceX, at Boeing. I've had one student who won a MacArthur Fellowship. You are better than all of them." Marcus said nothing. "I don't know where your knowledge comes from," Dr. Frazier continued. "And frankly, I don't care. What I care about is whether you're going to waste it sitting in my classroom pretending to learn things you clearly already know, or whether you're going to do something extraordinary with it." "What did you have in mind?" Marcus asked. Dr. Frazier slid a folder across the desk. Inside was a proposal for an advanced research partnership between Georgia Tech and a new government program called the Commercial Orbital Transportation Services initiative—basically, NASA was looking for private companies to develop cargo delivery systems for the International Space Station. "They're looking for innovative propulsion concepts," Dr. Frazier said. "I think you might have some ideas." Marcus opened the folder and smiled. He knew all about COTS. He knew which companies would win the initial contracts. He knew the technologies that would succeed and the ones that would fail. And he knew that the real prize wasn't cargo delivery to the ISS—it was the follow-on program that would eventually become the Commercial Crew Program, which would lead to the Artemis missions. This was his entry point. "I'll need a team," Marcus said. "I thought you might," Dr. Frazier replied, and slid a second folder across the desk. Inside were the files of five graduate students—the best and brightest in the department. Marcus looked through them. One name made his heart stop. Linda Chen. Twenty-two years old. Born in San Francisco. Undergraduate degree from Stanford. First-year graduate student in aerospace engineering with a focus on orbital mechanics. His future ex-wife. In his first life, he had met Linda at MIT during his PhD program. They had fallen in love over shared equations and late-night simulations. They had married in 2010, had Emma in 2016, and divorced in 2026 in the aftermath of the Artemis disaster. But this was 2005, and Linda was here, now, at Georgia Tech, two years earlier than she should have been. The timeline was already different. Marcus looked at her photo—a young woman with straight black hair and bright, serious eyes—and felt a pain so sharp it took his breath away. In his first life, Linda had left him because he had been destroyed. Because the world had taken everything from him and there was nothing left for her to hold onto. She hadn't been cruel or selfish. She had been human. She had a daughter to protect. She couldn't stay on a sinking ship. But this time, the ship wasn't going to sink. This time, Marcus was going to build an empire, and Linda was going to be standing beside him when he did. He just had to make sure he didn't make the same mistakes. "I'll take the team," Marcus said. "When do we start?" Dr. Frazier smiled. "How about Monday?" Marcus stood, shook the professor's hand, and walked out of the office with two folders and a racing heart. In the hallway, he paused and looked out the window at the Georgia Tech campus. Students were walking to class, laughing, talking, living their lives without any idea of what was coming. The financial crisis. The wars. The pandemic. The political upheaval. The explosion. But this time, the explosion wasn't going to happen. This time, Marcus Cole was going to rewrite the future. And it started Monday.