Chapter 13
[Rose's POV]
The afternoon physics exam landed on my desk. Around me, students shuffled papers and gripped pencils like weapons. I glanced at the thermodynamics problems—entropy calculations, Maxwell's demon, statistical mechanics theory—and felt the familiar calm of recognition.
These weren't high school problems. They were graduate-level challenges dressed up as "advanced placement work."
I completed the basic questions in ten minutes, my hand moving with mechanical certainty across the page. No calculations needed. When I finished, I pulled out my Theoretical Physics Course textbook and opened to the quantum field theory chapter.
"Miss Evans." Patricia's voice cut through the classroom silence as she paused beside my desk. "Still have time for recreational reading?"
I looked up calmly. "I've finished the exam."
Her eyebrows rose slightly. "All of it? Including the thought experiments on entropy?"
"Yes, ma'am."
Patricia picked up my answer sheet, scanning the responses with growing intensity. Her expression shifted from casual monitoring to sharp academic focus. The Maxwell's demon problem—where students typically struggled for thirty minutes—showed a single-line proof using Landauer's principle. The entropy calculation that required advanced statistical mechanics had been solved without showing any work.
"Miss Evans, these problems about entropy calculations and thermodynamic irreversibility..." Patricia's voice carried the authority of someone who'd spent fifteen years teaching theoretical physics. "Where are your working steps?"
I met her gaze steadily. "Basic applications of Boltzmann distribution and partition functions. The mathematics follows directly from first principles."
A hush fell over the classroom. Students stopped writing, sensing something significant happening.
Patricia's face went very still. "Boltzmann distribution? Partition functions? Those are graduate-level statistical mechanics concepts."
"The problems seemed to require them."
"Most of your classmates are struggling with basic heat transfer equations." Patricia held up my paper. "You've applied quantum statistical theory to solve thermodynamic problems at a level I'd expect from MIT doctoral candidates."
Alexander looked up from his half-finished exam, his expression caught between confusion and irritation. Around the room, other students craned their necks to see what was happening.
"Miss Evans," Patricia said carefully, "please gather your things. I'd like to speak with you in my office."
The physics department office smelled of coffee and chalk dust, exactly like Professor Lawrence's lab at Los Alamos, though the computer monitors and digital equipment reminded me sharply of how much had changed. Patricia closed the door and gestured to the chair across from her desk.
"How long have you been studying theoretical physics?" she asked without preamble.
"I've been fascinated by physics since I was very young. My father is a physics professor at Boston University, so I grew up surrounded by textbooks and academic discussions. I started reading undergraduate materials when I was in middle school."
Patricia's eyes narrowed. "Even with early exposure, the level of sophistication in your solutions suggests years of intensive study. Most physics majors struggle with these concepts in their junior year."
"I spend most of my free time on physics and mathematics. While other students are on social media or watching TV, I'm working through problem sets." I met her gaze steadily. "I suppose I have an intuitive grasp of mathematical relationships that makes complex theories more... accessible to me."
It wasn't entirely a lie. The ability had always been there, even before Los Alamos.
Patricia nodded slowly, though I could see she remained skeptical. "That would explain theoretical understanding, but your problem-solving techniques... some of these approaches are quite advanced, even by graduate standards."
She opened her desk drawer and pulled out a thick folder of papers. "These are problems from the U.S. Physics Olympiad national team selection. Questions designed to challenge the country's most gifted high school physics students."
Patricia slid three sheets across the desk. "I want to see your complete solution process. Show me everything—assumptions, derivations, calculations."
I picked up the first problem and read it through. Quantum tunneling in semiconductor devices, requiring wave function analysis and barrier penetration coefficients. The kind of calculation I'd done routinely when working on electronic triggering mechanisms for Fat Man.
My hand began moving across the paper, deriving the Schrödinger equation solutions from memory. The math flowed like spoken language—natural, inevitable, precise.
Patricia's phone rang.
"Excuse me for just a moment," she said, picking up the receiver. "Dr. Wilson here... Yes, I'll be right there."
She hung up and looked at me apologetically. "I'll be back in five minutes. Please continue with the problems."
The door clicked shut behind her. I was alone with equations.
The office door opened again, but it wasn't Patricia returning.
"So this is where you ran off to." Ethan Harrison stood in the doorway, holding a laboratory report. "Chasing me all the way to faculty offices now? The desperate act is getting old."
I looked up from the complex wave function I'd been sketching. "I'm here for academic testing, not personal pursuit."
Ethan stepped into the office, his confidence filling the small space. "Academic testing? Right. Everyone knows transfer students sometimes need... remedial attention."
He moved closer to the desk, clearly expecting me to be flustered by his presence. Instead, I turned back to my work, solving the quantum tunneling problem with methodical precision.
"You know," Ethan continued, "if you really want to impress someone with your physics knowledge, you could start with basic concepts. Like, what's the difference between velocity and acceleration?"
I finished the wave function calculation and started sketching quantum field diagrams in the margin—not because the problem required them, but because they helped clarify my thinking about particle interactions. The mathematical elegance of field theory had always fascinated me.
"Are you even listening?" Ethan leaned over to see my work.
His confident expression changed as he read my calculations. "What... what is this?"
"Quantum field theory applications," I said simply, adding another diagram showing virtual particle exchanges. "I was exploring whether alternative approaches might yield more elegant solutions."
Ethan stared at the page covered in advanced mathematics. His face went pale. "This is... this looks like graduate-level work."
"Physics is physics, regardless of academic level."
The door opened and Patricia returned, immediately noticing Ethan's presence. "Mr. Harrison, was there something you needed?"
"I was just... dropping off my lab report." Ethan set the papers on her desk with hands that weren't quite steady.
Patricia glanced at my work and froze. "Miss Evans, you've completed all three problems?"
"Yes, ma'am."
She picked up the papers, reading through my solutions with growing amazement. "Your approach to the semiconductor tunneling problem... you've used field theory methods to derive solutions I've never seen before."
Ethan shifted uncomfortably. "Field theory? Isn't that like... really advanced stuff?"
"Extremely advanced," Patricia confirmed, still studying my work. "Miss Evans, this solution is more sophisticated than the work submitted by last year's International Physics Olympiad gold medalist."
She looked at Ethan meaningfully. "More sophisticated than your solution, Mr. Harrison."
Ethan's face flushed red. He mumbled something about needing to get to his next class and practically fled the office.