boyutpedia Chapter 95 Nuclear-Level Academic Papers
Chapter 95 Nuclear-Level Academic Papers
The addition of Associate Professors Xie Fengling and Cheng Qingmei, two beautiful women, to the Artificial Intelligence Lightweighting Research Center is actually somewhat useful.
Because they all participated in the first phase of the Yabin Intelligent Textile Center project last year.
An academic enchantress!
Such a great project, and it just so happens to be related to their major, so they'll definitely find a way to squeeze in and share the results, maybe even snag a second or third author position.
Now that Lin Xiaowei is in charge of the second phase of the project, adopting a completely different technical approach, Xie Fengling and Cheng Qingmei are able to clearly explain the various technical difficulties and shortcomings of the first phase.
They were very clear about what kind of technology and equipment were used, which parts were actually done very well, and which parts were just perfunctory.
So busy until May.
When Lu Ming went to Luzhou to participate in the National Undergraduate Software Information Technology Competition, his mentor Lin Xiaowei happened to be going to Luzhou to attend an international academic conference, so they went together.
After the exam, the three of us, including Hu Jinyu who participated in the competition, stayed at a hotel arranged by Jiaotong University for a few days, where we had the opportunity to meet with leading figures in the fields of AI and lightweighting every day.
Lin Xiaowei has a shallow foundation in China and Jiangsu University of Science and Technology, but she knows many big names internationally, especially those with MIT backgrounds, including the editors-in-chief of several top journals in the industry.
He highly recommends his star pupil!
Moreover, this student just won three gold medals and an all-around gold medal at the Global Qiu Competition, which is something to be very proud of.
Everyone present envied her!
After staying in Luzhou for more than a week, the three teachers and students finally took the high-speed train back to the provincial capital.
Since it was a four- or five-hour drive and he had nothing else to do, Lu Ming turned on his tablet and started working on his NPC project.
It was probably because I finally completed the main quest (eighth) and raised my intelligence attribute to 13.5 points. With the 15% bonus from the title, several key difficulties that I couldn't figure out for the past six months suddenly seemed to have answers.
isn't it?
Lu Ming felt that he was ready to complete his paper, "Analysis and Verification of Local Approximate Equivalence NPC Theory".
Going forward, one could easily publish dozens more papers in this field, each one published in a top journal, thus creating a completely new area of academic research.
Surely not?
Lu Ming was starting to lose confidence. He repeatedly reconsidered the difficult points before finally becoming certain that he had solved them.
Omg!
He's so awesome!
If Director Zhu Weiping or her supervisor Lin Xiaowei were to complete this paper, given their status as leaders of the "Ten Thousand Talents Program" and Yangtze River Scholars, they would have every opportunity to be elected as academicians.
This local near-equivalence NPC theory has a significant impact on fields such as large models, lightweight large models, quantum computers, chip design, and cryptography.
In fields such as radar and spectral scanning, electronic jamming, anti-jamming, and wireless and satellite communications, this seemingly small discipline is also a powerful weapon.
Especially given the difficulty in advancing domestic semiconductor technology to the next level, local near-equal NPC design can significantly improve the computing speed of chips in certain areas at a lower process level.
Within this specific local area, it is possible to increase the computing speed by several times.
This theory is a perfect match for quantum computers.
When combined, these two techniques can be used to crack various codes with ease, potentially even revolutionizing traditional cryptography.
In terms of BeiDou's military communications, it is theoretically impossible to crack, but by combining local near-equivalent NPC with quantum computers, it can be cracked.
Similarly, GPS, which is based on cryptography from the 1960s, is even more easily cracked.
As long as you use GPS guidance and communication, whether it's civilian or military signals, it can be efficiently jammed and deciphered.
Mathematics is so amazing; its applications are so vast!
Lu Ming is quite steady.
I remained silent throughout the high-speed train journey from Luzhou back to the provincial capital, repeatedly calculating several challenges and verifying my conjectures.
Upon returning to the provincial capital, he immediately took a few days off and went home alone to focus on his thesis.
They've stopped playing ball.
I focused on it for seven or eight days.
That evening, Lu Mingcai quietly took his thesis and returned to the Artificial Intelligence Lightweighting Research Center in Longhua Building.
Most students and teachers had already left work.
Because she had received a call from Lu Ming beforehand, Lin Xiaowei stayed in the lab to check the experimental data from the past few days.
Seeing Lu Ming enter the office so mysteriously, she asked curiously, "What have you been busy with lately?"
Based on her understanding of Lu Ming, he was either secretly studying new knowledge or accompanying several female chairpersons out for fun.
In any case, they were all sacrificing themselves for the great cause of science.
Lin Xiaowei could understand, after all, she knew several of the female chairpersons and could be considered friends with them.
"I figured out a research paper on this topic myself, and after working on it for almost a year, I finally finished it these past few days."
Lu Ming no longer concealed his intentions and took out the paper, handing it to the female doctoral supervisor.
Why didn't you tell me?
Lin Xiaowei was immediately displeased. This was really too much. Did they even have to be wary of a gentleman like her?
She's not the kind of supervisor who would monopolize students' research projects and papers!
however.
After reading the paper's title, she paused for a moment, then asked with considerable surprise, "Lu Ming, are you sure you've got it done?"
Regarding the P vs NP problem, no one at the international level has been able to completely prove that P is not equal to NP. However, through so many years of practice, the mainstream consensus varies from academia to industry.
Otherwise, many fundamental rules in the fields of computer chips and communications would not hold true at all.
Under certain specific local conditions, P is close to NP. Such papers have appeared before, but they are all very scattered critical values.
It is a special case under specific conditions.
Lin Xiaowei really didn't believe that Lu Ming could come up with a systematic approximation formula; it was truly counterintuitive.
"Mentor, I've spent almost a year working on this, and only after I was absolutely certain I had proven the key points did I dare to present it to you!"
Lu Ming shrugged. If he hadn't read the introductions to the relevant papers in the Universe Level I Knowledge Base, he definitely wouldn't have dared to tackle this kind of research.
It's very possible that after working for more than ten years, it will all come to nothing in the end.
"No wonder you didn't tell me!" Lin Xiaowei felt a little better, because Lu Ming had frequently consulted her about NPC issues during this year.
If Lu Ming said he wanted to create a paper on near-equation NPCs, she definitely wouldn't agree.
At least in her understanding, this is virtually impossible in mainstream academia and industry.
She first read the introduction of the paper, and then slowly turned the pages one by one.
This paper is short, less than ten pages in total, and most of the content consists of formulas and mathematical proofs applied to the field of mathematics.
From a purely mathematical perspective, there are several places where the techniques used in applying linear algebra and discrete mathematics are exceptionally ingenious.
Lin Xiaowei had to admire her student; he was truly talented in mathematics and even better than her.
They could absolutely go and do pure theoretical mathematical research!
There is a hierarchy of contempt in the field of scientific research: the theoretical academic community looks down on the applied academic community, while the applied academic community looks down on the industry academic community.
In the realm of pure theoretical academia, top mathematicians can look down on everyone else.
Because the theories they study are completely incomprehensible even to great scientists who have won Nobel Prizes in Physics and Chemistry, if their IQ is even slightly below average.
If you don't understand it, people can look down on you!
Lu Ming's paper still falls within the framework of applied mathematics, but its level is already very high.
Doctoral students majoring in applied mathematics in information science may not be able to understand it; it will take them at least some time.
Lin Xiaowei spent half an hour reading through the entire paper and felt that there were no problems in most parts.
There are a few things she needs to think about further.
After thinking it over carefully, the overseas-educated female doctoral supervisor said to Lu Ming, "If your proposed theory of local near-equivalence of P/NP is indeed true, everyone can quickly find a large number of P near-equivalent NP special cases."
It has an innovative, even disruptive, impact on the entire information and communication industry, as well as the computer and semiconductor industries.
"I have verified it repeatedly, and it is indeed true." Lu Ming has absolute confidence in this.
Because he simply copied the paper from the Level I knowledge base of the universe, and proved it himself based on the introduction and the conclusion of the paper.
Within the entire Level I knowledge base of the universe, this is an independent branch of information mathematics, where hundreds of very important papers can be found.
Each of their papers has been published in top-tier domestic and international journals in applied mathematics and information technology.
Lin Xiaowei believed in Lu Ming's mathematical talent and ability, but since it was a matter of great importance, she did not dare to express her opinion easily. She just teased, "Then you are really amazing. I guess you can get your doctorate next year and become a specially appointed associate professor at the university."
It's a bit too early to talk about these things.
Lu Ming asked realistically, "Professor, will you be listed as the second author, or will you arrange for someone else to be listed as the second author?"
"I won't sign my name. From now on, we teachers and students will all have to rely on our own abilities to succeed. We won't ask for favors or give face to others!"
Lin Xiaowei immediately refused.
Although she secretly hoped that Lu Ming would beg her to sign his name, this was against her long-held beliefs.
What I hate most about these personal connections and favors in China is this.
The main problem is that she doesn't have it.
Her mentor was the founder of large model pruning theory and lightweight specifications. He completed the relevant theoretical research in the 1990s, but he was too old and had long since faded out of the front line of scientific research.
He has impressive titles and high academic achievements, but his network of contacts is really average. The only thing he has is that when it comes to publishing papers, the senior reviewers of top journals know what's going on.
I know whose student she is.
Time flies.
Lin Xiaowei never imagined that she was just a person who carried on the legacy of the past and ushered in the future. Her own academic achievements were not particularly high, but her teachers and the students she mentored were amazing.
Especially Lu Ming, he's practically her first disciple, he's too amazing.
The first academic paper was at the level of a nuclear bomb.
She carefully reread Lu Ming's paper, and when she encountered parts that she didn't quite understand, she simply asked Lu Ming directly.
So read and ask questions at the same time.
After more than an hour, Lin Xiaowei was finally able to be absolutely certain that there were no problems with her paper, "Analysis and Verification of Local Approximate Equation NPC Theory".
Unlike previous P/NP proofs and papers on complexity mathematics, Lu Ming's local near-equivalence NPC theory has pioneered the establishment of a complete set of constraint theories that can unify multiple major categories of equivalent NP problems.
This is a groundbreaking achievement, far surpassing all existing sporadic and exceptional studies.
After a moment's consideration, she said to Lu Ming, "Send this paper to SICOMP. I know the editor-in-chief there. I'll explain the situation to them and suggest that they expedite the review and publication process. It should be published in about three months."
"OK!"
Lu Ming nodded happily.
A mentor is still useful.
Returning a favor in return!
Lu Ming then said to Lin Xiaowei, "Teacher, we can further constrain the lightweighting rules within the theoretical framework of local approximation equations, and propose a more efficient ultra-lightweighting theory based on local approximation equations!"
Since Lin Xiaowei doesn't intend to take the second author's spot and allows him to publish a heavyweight paper as a solo author, he should definitely be rewarded.
"yes!"
Lin Xiaowei was immediately inspired.
If she and her student Lu Ming join forces and quickly finish the project within six months, publishing it before anyone else, she will be the founder of the ultra-lightweight standard!
Given her previous academic achievements in pruning theory and lightweighting, coupled with her ongoing work on multi-frequency heterogeneous theory and new ultra-lightweighting theories and standards, becoming an academician is practically a certainty.
In the field of lightweighting large-scale AI models in the country, who else can compare to her!
She's amazing!