Great American Novel: JENSEN-HWANG — Episode 6: Engineering Class, Three Friends, and $40,000

Act II: The Genesis of NVIDIA (100% English Edition)

Act II: The Iron Will of the Dishwasher

Part 1: The Standard of True North

The Dearborn Hall lecture theater at Oregon State University was less of an academic sanctuary and more of a drafty, wood-paneled warehouse designed for the containment of extreme masculine anxiety.

It smelled of burnt rosin, cold solder flux, damp canvas parkas, stale Chesterfield cigarettes, and the sharp, vinegar-like tang of blue mimeographed calculus worksheets that had been distributed by a professor who looked as though he had been constructed out of chalk dust and old slide rules.

At seventeen, Jensen Huang was a statistical anomaly in a room that existed solely to worship statistics.

He sat in the third row of the amphitheater, his knees wedged uncomfortably against the folding wooden writing lip of the seat. He was seventeen years old, having skipped two grades through a combination of terrifying academic velocity and a complete lack of interest in anything that did not have an analytical solution. To the rest of the freshman class—most of whom were nineteen-year-old farm boys from eastern Oregon or former military technicians on the G.I. Bill—Jensen looked like a high school mascot who had taken a wrong turn on his way to the gymnasium.

He was small, his collarbones showing through his thin plaid flannel shirt, and his thick, wire-rimmed glasses constantly slid down his nose under the heavy humidity of the Corvallis rain.

But Jensen had a ritual. Before every lecture began, he would reach into his canvas bag and pull out a tiny, brass pocket-compass—a vintage transit instrument his uncle had found in a junk shop in Astoria. He would place the compass in the exact geometric center of his wooden desk. Then, with the agonizing precision of a neurosurgeon, he would align his three technical pens, his plastic triangles, and his mechanical pencil so that they pointed exactly along the axis of True North.

Resistor pen: 0 degrees.

Capacitor pencil: 0 degrees.

Slide rule: 90 degrees East-West, forming a perfect orthogonal grid.

“What in the hell are you doing, Jense?” Pete, his lab partner, whispered. Pete was a broad-shouldered nineteen-year-old from Pendleton who smelled of grease-paint, motor oil, and the spearmint gum he chewed with the rhythmic intensity of a cow. “Are you worried the magnetic poles are gonna shift before the professor finishes talking about diodes? Is the North Pole gonna steal your ink?”

“It is a matter of visual cognitive load, Pete,” Jensen hissed back, his voice high, rapid, and carrying the defensive intensity of a boy who knew he was being watched. “If the tools of execution are not aligned to a stable geographic coordinate, the brain must waste micro-seconds of processing power to locate them. By establishing True North as the baseline, my hand moves on instinct. It is a spatial pipeline. It increases my note-taking efficiency by four point six percent.”

“You’re a maniac,” Pete muttered, shaking his head. “A certified, brass-plated loony. If you ever try to take a girl to a picture-show, are you gonna align the popcorn box to the equator?”

“Popcorn is an unstructured three-dimensional fluid aggregate,” Jensen said coldly. “It cannot be aligned. It is mathematically impossible.”

“Yeah, well, speaking of mathematics,” Pete grunted, blowing a small bubble of spearmint gum and popping it with his thumb. “The ratio of this room is a complete disaster. We got two hundred and fifty boys in here, and exactly three girls. That’s a point-zero-one-two probability. If you don’t count the two in the front row who look like they’d report you to the dean for breathing too loud, we got exactly one viable specimen.”

Pete nudged Jensen’s elbow with a sudden, violent flick. Jensen’s mechanical pencil slipped, drawing a jagged, ugly blue line straight across his pristine orthogonal grid.

“Pete!” Jensen gasped, his heart leaping into his throat. “My vector!”

“Forget the vector, kid,” Pete hissed, his eyes wide. “Look at row five. The junior girl just walked in. The one who actually knows how to calibrate the Tektronix signal generator without blowing the main fuse. She’s sitting right behind us.”

Jensen didn’t turn around. His neck had suddenly become a solid column of unyielding pig-iron.

“She is Lori Mills,” Jensen whispered, his fingers trembling as he tried to rub out the stray pencil line with a piece of pink polymer eraser. “She is nineteen. She is a junior. She is the top of the circuit analysis class. Her father is a lead engineer at Tektronix. Mathematically speaking, the probability of her interacting with a seventeen-year-old freshman who still has to use his uncle’s old shaving cream is precisely zero. It is a null set, Pete.”

“Well, your null set is currently looking right at your compass, Jense,” Pete muttered, leaning back in his seat with a slow grin. “And she looks like she thinks you’re either a genius or about to build a bomb.”

Jensen slowly, painfully rotated his head, a single degree at a time, pretending to search his shoulder bag for a spare lead cartridge.

Lori Mills was sitting in Row Five. She was wearing a thick, forest-green wool sweater that looked three sizes too large for her, the collar rising up to touch her chin. Her dark, shoulder-length hair was damp from the Corvallis rain, smelling faintly of cedar wood and wet pine. She was leaning forward, her chin resting in her hand, her blue eyes sharp, cool, and incredibly bright behind her neat, round glasses.

She wasn’t looking at the blackboard. She was looking at Jensen’s desk.

More specifically, she was staring at the tiny brass compass and the three pens aligned to True North.

Lori caught his eye. Jensen’s stomach immediately did a violent, high-amplitude flip that defied all laws of biological equilibrium. He felt the blood rush to his face, his ears burning so hot he was certain they were emitting infrared radiation. He prepared to turn back and pretend he had suffered a sudden muscle spasm.

But Lori didn’t look away. Instead, her lips parted, a dry, silent chuckle escaping her throat. She raised two fingers of her left hand, giving him a slow, lazy wave.

Jensen’s hand rose in response. But his shoulder was locked, his elbow was stiff, and his wrist refused to bend. He waved back with a single, rigid finger, his hand moving back and forth like a poorly lubricated pendulum on an old grandfather clock.

Lori’s smile widened, her shoulders shaking in a silent laugh. She reached into her bag, pulled out a matching blue Pentel mechanical pencil—the exact same model Jensen was holding—and placed it on her desk.

She didn’t use a compass. But with a single, elegant flick of her finger, she aligned the pencil so that it pointed exactly parallel to Jensen’s pens.

0 degrees.

Jensen’s heart skipped a beat. The sixty-cycle hum of his mind was gone, replaced by a sudden, beautiful, and terrifying frequency that had no name.

Part 2: The Logic of the Stuck Pastry

The lecture on transient voltage analysis was ninety minutes of pure, academic water-torture.

The professor, Dr. Geller, had spent the entire session drawing a series of massive, incomprehensible differential equations on the blackboard, his slide rule clicking like a set of wooden teeth in the quiet room. At the end of the class, he turned to the amphitheater, his chalk-stained fingers tapping the board.

“This is the transient response of an underdamped RLC circuit,” Geller announced, his voice dry. “I expect you to calculate the peak overshoot voltage for the homework. You may use your slide rules. But I warn you, the rounding error on a standard ten-inch log-log rule will likely fail you on the exam. It requires a high-order Taylor series approximation. If any of you can solve it without the slide rule before the bell rings, I’ll give you an automatic A for the laboratory section.”

The room went dead silent. Two hundred and forty-nine boys stared at the blackboard as if it were a brick wall. Pete let out a low groan, his slide rule sliding out of his fingers onto his lap.

Jensen stared at the board. To his eyes, the equations didn’t look like letters. They looked like a flow of liquid—like the hot, soapy water of the Denny’s Hobart machine rushing through a pipe. He could see the resistance. He could see the capacity.

He didn’t reach for his slide rule. He didn’t even pick up his pencil.

He closed his eyes. In the dark of his mind, the numbers began to align themselves, sorting into neat columns of vectors, the decimal points shifting like the gears of his stopwatch.

Peak overshoot. Underdamped. Zeta equals 0.35. Omega equals 120.

“One point eight four seven,” Jensen said.

His voice was quiet, but in the dead silence of the amphitheater, it sounded like a pistol shot.

Dr. Geller stopped mid-breath, his hand hovering over his chalk tray. He slowly turned around, his eyes narrowing behind his spectacles. “Who said that?”

Jensen’s throat locked. He wanted to pull his collar over his ears. He pointed a trembling hand at his notebook. “I… I did, sir. Jensen Huang. Freshman.”

Geller sneered, reaching for his own master ledger. “And how did you arrive at that, Mr. Huang? Did you slide your rule so hard you broke the bamboo?”

“No, sir,” Jensen whispered, his face turning red again. “The slide rule has a resolution limit of two percent. The calculation is… the peak overshoot is equal to the exponential of negative pi times zeta, divided by the square root of one minus zeta squared. Since zeta is zero point three five, the exponent is negative one point one seven seven. The Taylor series approximation for e to the power of x is… one plus x plus x squared over two… if you calculate to the fifth term, it is zero point three zero eight. Since the initial voltage is six volts, the overshoot is one point eight four seven volts. Six point zero five micro-seconds after the switch is closed.”

Dr. Geller stared at the seventeen-year-old. He slowly picked up a red pencil, checked his master key, and let out a low, dry sigh.

“An automatic A, Mr. Huang,” Geller muttered, his voice sounding older. “But if I catch you doing that on the final without showing your work, I’m reporting you to the academic board for sorcery.”

Laughter erupted through the lecture hall—a loud, barking sound of two hundred and forty-nine boys releasing their tension. Pete slapped Jensen on the back so hard his glasses slid down his nose.

“Sorcery!” Pete roared. “You’re a wizard, Jense! By God, you just saved us forty hours of slide-rule sliding!”

Jensen didn’t hear him. He was looking at the fifth row.

Lori was standing up, her leather satchel slung over her shoulder. She was staring at Jensen, her blue eyes wide, her lips curved into a warm, bright smile that made his chest feel as though it had been connected to a high-voltage generator.

“Nice calculation, freshman,” Lori said as she walked down the steps of the row. She stopped at his desk, her green wool sweater brushing against his aligned pens. “But you rounded your fourth term too early. The actual peak is 1.8472. Your error margin was zero point zero zero eight percent.”

“The… the fifth term of the Taylor series carries a diminishing return of significance,” Jensen squeaked, his voice cracking on the word ‘diminishing’. “The three-hundred-milliwatt resistors in our lab kits have a tolerance of five percent. An error of zero point zero zero eight percent is… physically irrelevant, Lori.”

“I like precision, Jensen,” Lori said softly, her voice dropping into a dry, teasing register that made Pete let out a low whistle. “And I like boys who don’t need a slide rule to tell them when they’re being watched. I’m having trouble with the transient code for the CDC mainframe downstairs. The card reader is eating my cards, and the graduate assistants are too busy sleeping under the tables. You want to help me optimize my pipeline?”

Jensen looked at her, his black eyes locking onto hers with that hard, unyielding steel she had seen during the lecture.

“I… I can optimize anything,” Jensen said.

Part 3: The Physics of the Stuck Pastry

The basement of the physics building was a forgotten concrete tomb that smelled of wet slate, battery acid, and the faint, sweet scent of heated copper.

It was 7:30 PM. The Corvallis rain was howling against the high, narrow window grate of the basement, sending a steady, rhythmic spray of gray water against the glass.

They had been working on the transient analysis homework for three hours, their sheets of green-grid paper covered in neat columns of equations. They were both broke. Jensen had exactly seventy-five cents left in his pocket; Lori had a single, crumpled dollar bill she had been saving for the weekend laundry.

“I’m starving,” Lori said, dropping her mechanical pencil onto the table. “My brain has run out of glucose. If I have to calculate one more Laplace transform, I’m going to start eating the eraser dust.”

“We have seventy-five cents,” Jensen said, his hand reaching into his pocket, his fingers counting the three coins. “That is exactly enough for the vending machine in the corner. The Eisenhower model.”

They walked over to the massive, chrome-fronted vending machine that stood in the shadow of the building’s main electrical transformer. The machine was a relic of the fifties, its large circular dial displaying a series of dusty, wax-paper-wrapped treasures.

Jensen dropped the coins into the slot.

Clink. Clink. Clink.

The machine gave a heavy, mechanical shudder—a low, rhythmic rumble that sounded like the Denny’s Hobart starting its wash cycle. Jensen turned the heavy chrome dial to Position Six: Cherry Turnover. 35 cents.

He pulled the metal lever.

Whack-clank.

The internal wire coil rotated, turning exactly three hundred and sixty degrees. But instead of tumbling into the delivery chute, the foil-wrapped cherry turnover got wedged between the glass pane and the iron dispensing shelf. It hung there, suspended in mid-air, tilted at a twenty-degree angle.

“No!” Lori groaned, her forehead pressing against the glass. “It’s stuck. It’s right there! I can see the cherry glaze logo. This is a tragedy. A nutritional disaster.”

Jensen didn’t groan. He knelt before the machine, his wire-rimmed glasses nearly touching the glass pane as he analyzed the jam.

“It is not a tragedy,” Jensen said, his voice dropping into his cold, analytical engineering register. “It is a mechanical interference problem. The friction coefficient of the foil wrapper against the glass is higher than the gravitational force acting on the pastry’s center of mass. The coil’s terminal angle of rotation was short by approximately five degrees.”

He reached into his pocket, pulled out his stubby carpenter’s pencil, and began writing a series of equations directly onto the palm of his left hand, his pencil lead dark against his skin.

“If I can calculate the resonant frequency of the vending machine’s outer chassis,” Jensen murmured, his brow furrowed in intense concentration, “we can apply a harmonic vibration to the steel frame. If we hit the frame with exactly twelve foot-pounds of force at a frequency of eight hertz, we can break the static friction barrier, causing the turnover to slide down into the hopper. Let’s see… mass of the machine is approximately three hundred pounds… steel thickness is…”

Lori stared at the seventeen-year-old freshman who was currently writing structural engineering equations on his hand to retrieve a thirty-five-cent pastry.

A sudden, brilliant laugh escaped her throat. It was a loud, beautiful, and completely un-academic sound that filled the quiet concrete basement.

“Jensen,” she said, her voice dripping with dry, loving amusement. “You are the most ridiculous creature on the face of the earth.”

“I am… I am calculating the vector,” Jensen stammered, his pencil stopping mid-stroke. “If we do not calculate the force, we might damage the glass, which would result in immediate expulsion from the—”

“Watch this, freshman,” Lori said.

She took a single step back, her blue eyes narrowing behind her glasses. She adjusted her thick wool sweater. Then, with the fluid, calculated grace of a girl who had spent her childhood climbing Oregon apple trees, she lifted her right leg.

Her heavy, leather-heeled winter boot came forward in a quick, precise arc.

CRACK.

Her heel struck the lower steel plate of the vending machine, exactly three inches below the coin return slot. The entire three-hundred-pound metal cabinet shivered, a loud, metallic gong echoing off the concrete walls.

Inside the glass window, the foil-wrapped cherry turnover vibrated, lost its grip on the iron shelf, and tumbled down into the delivery hopper with a loud, satisfying whack-thud.

Lori knelt down, reached her hand through the metal flap, and pulled the turnover out. She stood up, holding the pastry like a trophy, her eyes sparkling with pure, triumphant mischief.

“That, Jensen,” Lori said, her teeth glistening as she smiled, “is what we call an empirical solution. No differential equations required.”

Jensen stared at her, his mouth slightly open, his mechanical pencil still suspended over his palm. For a second, his analytical mind completely failed to process the data. Then, a slow, wide, and toothy grin spread across his face, his glasses sliding down his nose as he let out a loud, happy laugh—a genuine, un-calculating sound that shook his thin chest.

“You… you hit the machine at exactly the shear-point of the steel weld,” Jensen gasped, wiping his glasses with his sleeve. “That… that was beautiful, Lori. Extremely efficient.”

“It’s called having a good heel, freshman,” Lori said, tearing the foil wrapper open, the sweet, cloying scent of cherry glaze and hot sugar filling the cold basement air. “Now, shut up and eat your half of the empirical solution. Your brain needs the sugar.”

Part 4: The Solder and the Scent

They sat on the long plywood workbench of the university’s auxiliary computer laboratory, their feet dangling over the edge, their bare knees nearly touching.

Between them lay the shared cherry turnover, the pastry sweet, sticky, and filled with a hot, red glaze that tasted of artificial almond and pure sugar. They shared a single paper cup of cardboard-flavored vending machine coffee, taking turns sipping the dark, bitter liquid.

“Your hands are cold,” Lori said, her hand reaching out to grab his left wrist.

Jensen’s heart instantly leaped to one hundred and eighty beats per minute. His internal processing units began to crash under the sudden load.

Pi is equal to three point one four one five nine two six five, Jensen’s mind screamed, desperately trying to find a stable mathematical baseline to keep his body from shaking. Three five eight nine seven nine three…

“They… they are not cold,” Jensen squeaked, his voice cracking again. He tried to pull his hand back, but Lori’s grip was firm, her skin warm and incredibly soft against his calloused knuckles. “The thermal conductivity of the concrete basement is… is drawing heat from my extremities through simple conduction. It is a natural thermodynamic gradient.”

“Jensen,” Lori said softly, her blue eyes looking at him through her glasses, her face so close he could see the tiny, pale freckles on the bridge of her nose. “Stop reciting the Greek alphabet. You’re shaking like an underdamped spring.”

“I am… I am not reciting,” Jensen whispered. Three two three eight four six… “I was… I was calculating the efficiency of the diode circuit.”

“No, you weren’t,” Lori smiled, her dry wit returning with a soft, warm light that made the cold basement feel like a sanctuary. She reached out her other hand, wrapping both of her palms around his cold, iodine-stained fingers. She squeezed them tightly. “You’re seventeen, and you’re terrified of me. Why are you terrified of me, Jensen?”

“Because… because you are a junior,” Jensen said, his voice dropping into that quiet, honest register he had used on the washroom porch in Kentucky. He didn’t look at her; he looked at their joined hands—his small, thin fingers swallowed by her warm palms. “And you are… you are the smartest person in the department. Everyone looks at you. And I… I am just the kid in the paper hat from Denny’s. I am the boy who cleans the toilets.”

Lori was silent for a long moment. The only sound was the low, steady hum of the CDC mainframe cabinet behind them, its cooling fans blowing a hot draft of ozone-scented air over their shoulders.

She reached out her right hand, her fingers gently grabbing Jensen’s chin. With a soft, firm pressure, she forced him to lift his head, to look her straight in the eyes.

“Don’t you ever say that again, Jensen Huang,” Lori said, her voice carrying a quiet, fierce intensity that made him shiver. “I saw you in the lab. I saw the way you designed that switching circuit. The seniors were using three pages of diagrams and five capacitors to clean the signal. You… you did it with two lines of math and a single diode. You didn’t just build a circuit, Jense. You… you made it beautiful.”

She leaned closer, her breath warm against his lips.

“The boys in Row One… they’re all going to go to work for big companies,” she whispered. “They’re going to build safe, boring things. But you… you have a fire in your neck, Jense. You’re going to build things that the rest of the world hasn’t even dreamed of yet. And I want to be there when you do.”

Jensen’s chest swelled, a sudden, hot current of pure, un-calculating courage rushing through his veins. He looked at her lips, which were wet and red from the cherry glaze.

The distance: zero.

He leaned forward.

The kiss was simple, sweet, and tasted of hot cardboard coffee and cherry glaze. It was a connection that had nothing to do with physics, or vectors, or thermal mass, yet it felt to Jensen like the most powerful current he had ever conducted in his life. The cold concrete stairs of the basement, the hum of the mainframe computers, the heavy rain howling against the brick walls outside—all of it was swept away, leaving nothing but the warm, sweet circuit of her lips against his.

Lori’s arms went around his neck, pulling him closer, her green wool sweater wrapping him in a heavy, pine-scented blanket of warmth. She kissed him back with a quiet, fierce intensity that matched his own, her fingers tangling in his shaggy black hair.

When they finally parted, their breath rose in a single, mingled cloud of steam in the cold basement air. Lori rested her forehead against his, her glasses clicking against his frame with a soft, musical clink.

“Seventeen,” she whispered, a soft, dry laugh escaping her throat. “I can’t believe I just kissed a seventeen-year-old freshman in the basement of the physics building.”

“The physics building has the highest thermal isolation coefficient on campus,” Jensen said, his lips twitching into a wide, happy grin. “It was… the most efficient location.”

“You’re an idiot, Jensen Huang,” Lori smiled, her eyes bright and wet behind her lenses. She reached down, took his hand, and squeezed his fingers tightly. “But you’re my idiot. Come on. Let’s go finish the diode homework before the janitor locks the doors.”

Part 5: The Red Vinyl Vow

They sat at the long library table until midnight, the heavy silence of the reading room wrapped around them like a protective shield.

The rain outside had finally stopped, leaving the campus quiet, the only sound the slow, rhythmic dripping of the pine trees onto the wet grass outside.

Between them on the table sat a single, white paper napkin from the physics building vending machine. Jensen had turned it over, his mechanical pencil drawing a series of clean, precise lines across the soft paper.

It was not a circuit diagram. It was a timeline.

“Thirty,” Jensen said, pointing his pencil at a small, bold circle he had drawn at the very end of the line. “That is the target.”

“Thirty?” Lori asked, leaning her head on his shoulder, her hair soft against his cheek. “What happens at thirty, Jense?”

“I will be thirty years old in 1993,” Jensen said, his voice carrying a quiet, vibrating intensity that made the paper napkin seem like a sacred document. “I will have my master’s degree from Stanford. I will have worked for five years at a major semiconductor firm. And I will have founded my own company. I will be the CEO of the world’s greatest graphics chip enterprise.”

Lori looked at the timeline, her finger tracing the clean, straight vector he had drawn across the napkin. She didn’t laugh. She didn’t remind him that they were currently sharing a thirty-five-cent cherry turnover and living on three dollars a day.

“And where do I go on this line?” she asked softly.

Jensen took the pencil from her hand, his fingers warm as he guided her wrist. He drew a second, identical line that ran parallel to his, the two vectors merging into a single, thick stroke at the circle marked Thirty.

“You are here,” Jensen whispered, his voice steady as iron. “Parallel processing. We will build the hardware, and we will write the code. Together.”

Lori looked at his face, her blue eyes reflecting the quiet, warm light of the library desk lamp. She reached out, took the paper napkin, and carefully folded it into a neat, perfect triangle. She slid it into the pocket of her green wool sweater.

“I’m holding you to that, Jense,” she said, her dry wit returning with a soft, loving smile. “But first… you have to pass the calculus exam on Wednesday. If you fail, the timeline has a critical failure rate of one hundred percent.”

Jensen laughed—a loud, happy sound that made the librarian at the desk frown and clear her throat with a sharp shhh. He squeezed Lori’s hand under the table, his fingers locking between hers.

“The math is already done, Lori,” Jensen whispered, his eyes locked onto hers with that beautiful, unyielding steel. “We are… fully optimized.”

They gathered their pens and notebooks, their canvas bags heavy on their shoulders, and walked out into the cold, clean air of the Corvallis night. The fog had cleared, leaving the sky dark and filled with a million cold, bright stars that looked like diamonds scattered on a sheet of black silicon.

Jensen pulled his cheap winter jacket over his shoulders, his hand steady as he zipped it up with a sharp, metallic zip.

He was seventeen. He was poor. He was a stranger in a hard, competitive world that was still trying to break his neck on the swinging bridges of life.

But as he walked down the wet path, his hand tucked tightly into Lori’s warm pocket, his bare feet solid on the earth, he knew the truth.

The road was built. The circuit was closed.

And the future was about to begin.

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