Just as Qiao Ze said, the most fundamental theory of the Materials Model comes from a core theorem which states: an intersection point's coordinates satisfy the Super Helix Equation only when a superhelical line intersects with a surface of a high-dimensional concept.
But knowing this theorem and wanting to derive the core code for the Material Model was like a fool's dream.
So Qiao Ze wasn't in a hurry, waiting for suggestions from those big shots at the Science Academy, and it would naturally be deciphered.
It was just that the period was too sensitive, and any little movement made everyone panic.
Once accustomed to it, it would return to the usual state where theoretical exchanges were unobstructed. Find your next read on Freewebnovel
However, with the current situation, Qiao Ze suddenly felt he could have a chat with Lotte Dugan.
So he had Dou Dou open his mailbox.
Goodness, no wonder Lotte Dugan had even reached out to Xu Dajiang.
In just two weeks, this Dean from Princeton University had sent him eleven emails, which was almost one every day. Probably, this Dean hadn't even written love letters to his sweetheart with such diligence. However, Qiao Ze hadn't replied to any.
Qiao Ze clicked to have a look; the first few were about discussions on the N-body problem.
According to the content in Lotte Dugan's letters, after their conversation on the day Dr. Qiao Ze graduated, he had begun to attempt to solve the N-body problem using the method suggested by Qiao Ze and had made many breakthroughs, which also brought up many new problems and began to involve chaos systems.
Therefore, the content of these emails went from initial joy, to perplexed discussions, and even to brand new insights into non-linear dynamics.
Then, as usual, he warmly invited Qiao Ze to join his research at Princeton. However, at this time, the stakes were also being raised; coming to Princeton meant a full professorship for life. As for the rest, Qiao Ze could set the terms.
However, the latter five emails really began to probe into the Materials Model from the sides.
And in those last few emails, Lotte Dugan no longer mentioned inviting Qiao Ze to Princeton, and even his language had become somewhat strange.
It seemed he found it unbelievable that Qiao Ze could produce such application-oriented results in such a short time; he even seemed alarmed.
For instance, his last letter said this: "My God, I indeed cannot believe this is again your handiwork. From the feedback I've received, many people are already on the verge of madness! The wondrous model, before this, nobody imagined the application of artificial intelligence could reach such lengths.
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Do you know how Whitten described you? He said you are going to start a new era, the model you designed will be the creator of this new age. Yes, mad, everyone has gone mad! Those physicists at the Institute for Advanced Study are already worshipping you as the strongest alchemist!
There's no need to wait for CERN's validation of the results anymore, though there are still more than six thousand physicists waiting day and night, hoping to prove or disprove the evidence you presented in your doctoral thesis from the data.
But now they are all stunned by your model! Hundreds of high-quality papers on materials science have erupted within two weeks; 'Nature,' 'Science,' and those journals on materials science, even the editors at 'CELL,' are about to go completely crazy! It's incredible!
At the Chemistry and Materials Science Academic Concept Seminar held at MIT on Wednesday, everyone began discussing mathematics, artificial intelligence, and of course, your model was the topic of discussion. People began to feel lost, even questioning whether it was still necessary to accept similar papers.
MIT's Professor Omar F. Yaghi, who you surely know as a Nobel laureate in Chemistry, said at the conference that if all of this were true, then chemistry and materials science are dead, or perhaps they never lived at all.
Do you know, Qiao, when I confirmed that this model really exists and that you led its completion, I knew it might be a long time before I could receive your emails again. But the truth is, it would have been the same if you were at Princeton.
Regardless, I still hope you can see these ramblings. By the way, as far as I know, many have written your name on their recommendations to the Royal Swedish Academy of Sciences. It's what you deserve, even that doesn't suffice to acknowledge the contributions you've made to the development of this world.
Alright, my friend, that's all for now. My writing is chaotic because my mind is in turmoil. You are the most brilliant mathematician I have ever met. It's a pity we can't be colleagues. But if I could receive a reply from you, I would be extremely honored.
Your loyal friend: Roth Dugan."