Chapter 13: A Twenty-Page Response
Meanwhile, within Caltech's Academic Council, a heated discussion about David was underway.
The proponents, led by Professor Arthur Jennings—the distinguished senior authority who'd praised David during his initial job interview—were passionately presenting their arguments.
"Ladies and gentlemen, we must face reality," Professor Jennings said, tapping the table. "Dr. David Mitchell's work isn't just a paper; it's a signal, a manifesto!
It defines an entirely new research direction for transport in topological quantum materials, offering solutions we previously couldn't imagine. He has, in effect, moved to the forefront of this field, becoming the trendsetter! What we're discussing now isn't just a faculty position, but securing a future leader in the field!"
He looked around, his tone intensifying. "I've heard whispers that Stanford, MIT, and Princeton all have their eyes on us! If we hesitate, if we're bound by cumbersome procedures,
I'll stake my reputation that within seconds, tenure-track offers with far more generous packages from these institutions will flood David Mitchell's inbox! At that point, it won't be about fast-track promotion, but watching a rising star blaze across the Caltech sky to illuminate someone else's campus! We must secure him immediately!"
These words resonated with many committee members. Talent competition is an eternal theme among top universities.
David's immense potential indeed warranted the risk of fast-track promotion.
However, opposing voices were equally firm.
Professor Emmett Wardruski, known for his rigorous conservatism, snorted. "Jennings, I understand your eagerness to recruit talent. But rules are rules. The six-year evaluation period allows comprehensive, cautious assessment of a scholar's sustained contributions and abilities, avoiding misjudgment due to momentary brilliance.
A single paper, however sensational, cannot equal sustained excellence. We cannot set this precedent; otherwise, will every assistant professor who publishes a solid paper demand fast-track promotion?"
A clear division emerged within the committee.
At this delicate moment, Sheldon's meticulously rigorous, almost harsh written objection was formally submitted to the committee.
The objection's core directly targeted the empirical nature of algorithm parameter selection in David's paper, elevating it to a fundamental flaw that "compromises the methodological foundation's reliability."
This objection was like handing a sharp weapon to the opposition.
Professor Wardruski seized upon it almost immediately. "Look! Even our own colleague has identified flaws in this work's academic rigor! Dr. Cooper's concerns are technically entirely valid!
How can work suspected of being 'unconventional' and questioned by internal experts serve as grounds for fast-track promotion? Wouldn't this make Caltech appear too cavalier with its academic standards?"
Professor Jennings, a supporter, tried arguing this was nitpicking and they shouldn't lose sight of the bigger picture.
But Sheldon's questions were indeed valid and logically rigorous, making them difficult to dismiss within academic debate frameworks.
Many centrist committee members began wavering, feeling perhaps more caution was warranted.
After intense debate, the committee reached a compromise: postpone the final vote on Dr. David Mitchell's tenure appointment. David was required to provide a formal written response and clarification to Dr. Sheldon Cooper's questions within one month, supplying additional supporting data or theoretical basis if necessary.
When the news reached David, he was preparing a presentation for an international conference. He set down the phone, his face showing little surprise or frustration. Instead, eager excitement flickered in his eyes.
"Need clarification? Need basis? Perfect," he murmured to himself, a smile forming. His future knowledge was his most powerful weapon at this moment.
He didn't rush to write but first delved deeper into machine learning's 2007 state-of-the-art, ensuring his response was both groundbreaking and not overly futuristic.
Then, combining subsequent research developments he knew from his previous life, he began constructing his response.
After completing the first draft, he found Professor Jennings and had a lengthy private conversation.
He didn't reveal any "future" information but, through discussion and exchange, elaborated on his deeper thinking regarding parameter selection, plus theoretical calculations and experimental schemes that could further verify effectiveness, cleverly drawing on future techniques.
The more Professor Jennings listened, the brighter his eyes became—his initial concerns gradually replaced by excitement. He offered valuable suggestions and promised strong committee support.
Ultimately, David submitted twenty pages of supplementary material.
In this material, he first elegantly explained, from information theory and statistical learning perspectives, why certain "empirical" parameter choices are not only reasonable but necessary in complex physical systems during initial stages.
Next, he designed a series of ingenious numerical experiments, systematically demonstrating that within a large range around his chosen parameters, analysis results remained stable and consistent, effectively refuting accusations of "arbitrary parameter selection."
Even more impressively, he went further, proposing several theoretically more elegant, systematic parameter optimization methods, detailing their implementation pathways while frankly noting that complete realization currently required substantial work, indicating his choice represented the best current balance point.
Finally, he generously invited any interested research groups to verify this framework using their data, providing optimized code snippets, thereby guiding academic debate toward positive, constructive directions.
This response material was clear in thought, solid in argumentation, and open in stance—fully respecting academic rigor while perfectly demonstrating David's profound foundation and beyond-his-time vision.
After submission, the effect was immediate. Many previously neutral committee members were persuaded.
Even Professor Wardruski privately admitted that while he disliked the style, he had to concede the response was impeccable.
Professor Jennings, even more excitedly, emphasized that David's response showed how to elevate work even further.
At the final review meeting, the resolution to grant David fast-track tenure passed by an overwhelming majority.
When the official notification email arrived in David's inbox, he calmly clicked to open it.
Joy was still present, but with newfound composure. He went downstairs and found his friends waiting at the door of 4A—even Sheldon.
Leonard, Howard, and Raj immediately offered congratulations.
Sheldon stood slightly apart, his expression complex.
He was silent for several seconds, then stepped forward and said stiffly, "I must admit, your response to that parameter issue... is logically complete. While I still believe my questioning itself was reasonable and necessary, your supplementary material... did effectively address it."
This was probably the highest acknowledgment one could receive from Sheldon.
David smiled and extended his hand. "Thank you for your questions, Sheldon. They made my work more rigorous."
Sheldon hesitated, then finally extended his hand and shook David's, immediately adding, "But this doesn't mean I endorse all your academic preferences and methodologies. I still believe physics purity is paramount."
"Of course, discussion is always welcome," David responded calmly.