The all-round academic master's girlfriend

Chapter 392 A Nobel Prize-Level Discovery!

Huaxia Biotechnology Research Institute, main experimental building.

At 7 p.m., many laboratories were still brightly lit, with researchers in white coats moving about, the faint hum of the instruments forming the background noise.

In a slightly messy office on the third floor, piled high with documents, Professor Lian Wenshi finally looked up from the complex gene sequence analysis data and stretched vigorously.

"Ugh..."

"Old Xin, think back to when we were young. To keep track of an experimental procedure, we would stay up for two consecutive nights, and the next day we could still go to class full of energy after drinking a strong cup of tea."

"And now? It's only been eight hours, but I already feel like my waist and back don't belong to me anymore. My whole body feels like it's covered in rust."

"I can't do it if I don't accept it."

He sighed, rubbed his throbbing temples, and remarked to his old friend Xin Ziang, who was sitting at the desk diagonally opposite him.

"Who can argue with that? Time waits for no one. Back then, it was all about physical strength and energy; now, it's more about experience and composure."

Professor Xin Ziang looked up from an English journal and adjusted his reading glasses.

"Goji berry and red date tea, the standard choice."

He pointed to the thermos cup next to him.

The two exchanged a smile, a smile that carried the unique open-mindedness of researchers, a blend of weariness and self-deprecation.

Lian Wenshi is 52 years old this year. He is a senior researcher at the Huaxia Biotechnology Research Institute, specializing in genomics and bioinformatics. He has half of his hair turned white.

Xin Ziang, 53 years old, is also a senior expert in structural biology and molecular design. His hair is not gray because he has dyed it black.

They were college classmates and have gone through thick and thin together for decades, growing from green students into backbone forces in their field. They are comrades-in-arms who fight side by side and close friends who can talk about anything.

After a brief rest and chat, Lian Wenshi habitually moved the mouse to wake up the computer, which was in screensaver mode.

As a scholar who needs to keep track of global scientific research developments at all times, browsing internationally renowned preprint websites and academic databases is part of his daily routine.

Lian Wenshi skillfully logged into the "uiosng" website, which gathers cutting-edge research from around the world, and began his routine browse of the latest online paper list.

Their eyes quickly scanned a long list of English headlines, most of which were routine developments in their familiar fields.

Analysis of the Human Genome Sequence

Suddenly, an extremely eye-catching and "arrogant" Chinese headline jumped into his eyes.

Author: Tang Yuze

Lian Wenshi paused, his brows furrowing unconsciously.

"Analyzing the human genome sequence?"

He muttered to himself, his tone carrying an undisguised sense of absurdity.

"Who's this hothead who dares to use such a title? They really don't know their own limitations!"

Deciphering the human genome sequence is not simply a matter of sequencing.

Sequencing is reading out letters, while "analysis" means understanding the entire grammar, semantics, logical structure, and even the life design blueprint behind this "heavenly book"!

This is the holy grail recognized by the global biological community, one of the ultimate goals!

Lian Wenshi knew clearly that, for this goal, the "Human Genome Project," led by the United States and bringing together hundreds of top scholars from dozens of countries, had been underway for many years.

They have invested enormous resources and are still groping in the dark, not daring to utter the word "analysis" lightly.

Their Huaxia Biotechnology Research Institute also listed this as its most core and challenging long-term strategic task, mobilizing the entire institute and collaborating with many top domestic institutions to tackle it. Although there has been progress, no one dares to say that they have seen the end.

Now, an unknown person is claiming to be able to analyze the human genome sequence with just one paper?

"Arrogant and pretentious, seeking only to please the crowd."

Lian Wenshi chuckled and almost closed the page.

He'd seen plenty of this kind of pseudo-scientific or attention-grabbing stuff.

But...for some inexplicable reason, his mouse hovered over the title.

Perhaps out of a seasoned researcher's instinctive curiosity about any possibility, or perhaps simply because his tired brain needed a bit of fun to unwind, he opened the paper with a thoroughly playful and critical attitude.

"I'd like to see what kind of nonsense you can come up with."

He muttered to himself, picked up the strong tea beside him, took a big gulp, and prepared to give it a critical look.

The abstract of the paper is concise and logically clear, directly pointing out the core dilemmas currently facing genomics research.

Lian Wenshi's playful expression subsided slightly.

Hmm? The beginning was quite impressive, and the question was well-chosen.

This is not something an ordinary amateur scientist could write; it must be written by someone with a deep understanding of the current state of the field.

With a hint of doubt, he continued reading the introduction.

As he read on, the ease and jest on Lian Wenshi's face vanished as quickly as the tide receded.

His body, which had been languidly leaning back in the chair, unconsciously straightened up, his brows furrowing more and more tightly, while his eyes grew brighter and brighter.

The paper did not pile up obscure terms or propose absurd conjectures as he had expected. Instead, it constructed a completely new analytical framework using an extremely rigorous, even elegant, mathematical and physical language.

The author, Tang Yuze, draws on information theory and complex systems theory to view the human genome as a multi-layered, dynamically evolving, ultra-large-scale information processing system.

The paper proposes a concept called "genomic information flow topology" to quantify the functional association strength of different genomic regions in three-dimensional space, and provides a preliminary mathematical model and inference algorithm.

This idea is very bold and directly addresses the pain point of current three-dimensional genomics research, which focuses only on structure and struggles to connect functions.

"This idea...is quite interesting..."

Lian Wenshi muttered to himself, his fingers unconsciously tapping the table.

He had completely forgotten his initial joking attitude and was now completely immersed in the intellectual world of constructing the thesis.

Lian Wenshi's breathing began to quicken involuntarily.

He encountered several mathematical derivations that were difficult to fully understand at first, but the paper's logical chain was extremely rigorous, and although the conclusions were shocking, they all seemed to be self-consistent within the established framework.

He read the latter part of the paper, where the authors even boldly proposed a hypothesis of "genome folding codons," suggesting that there might be some higher-level coding rules that transcend the known genetic code, determining the large-scale spatial organization of chromatin within the cell nucleus, thereby affecting gene expression programs.

This hypothesis is groundbreaking; if proven, it would be a Nobel Prize-worthy discovery!