Xiao Zhang has prepared the ppt that Ye Hua needs. Today's seminar can be said to be what Karen Eisenberg and others have been waiting for. In the few days before this, he had already held a seminar.
A large number of physics professors discussed it first.
Karen also pulled Olundrek together and asked him to help with cryo-electron microscopy experiments, which were completely based on Ye Hua's "Stagnation Field Theory", which involves structural biology topics, and has been partially put into use in the biological laboratory.
, you can do experiments.
Any theory needs to withstand the test of experiments, otherwise it is a meaningless hypothesis and is limited to a hypothesis.
What excites them is that the experimental results of this part are completely consistent with the theory, which undoubtedly excites a large number of physicists and biologists.
At about 16:00 in the afternoon, Karen Eisenberg and a group of physicists, biologists and other forty or fifty people gathered in a larger conference room. They had arrived early and were in full swing.
comminicate.
In fact, Ye Hua was more in charge of academic matters, and other things were left to Pang De and Song Shifang.
As soon as he arrived in the conference room, the seminar was officially carried out without any delay.
After coming to his seat and taking a seat, Ye Hua called up the holographic auxiliary system. An equation was listed on the main floating screen. All the scholars present had read Ye Hua's paper and knew at a glance that it was the stagnation field equation.
.
After organizing his language, he immediately said: "Theoretically, when the temperature reaches 0k, atoms will stop moving. I think there is a substance similar to slow particles in hibernating organisms, and I define it as stasis quantum. The way to collect it is
A virtual transmission field generator is used to emit highly concentrated mass energy. However, the construction conditions of the virtual transmission field generator need to be carried out in an ultra-low temperature environment. Therefore, a cryogenic freezing chamber can also be used. However, I call it a stasis chamber. Why not call it a stasis chamber?
The most important thing is whether you can finish the 'last mile'."
Karen Eisenberg felt a little excited when he heard it. Ye Hua started talking about the key points that were not in the paper. Sure enough, if you want to get in touch with the truth, you can only come to Coastline University and have face-to-face discussions with him.
The so-called "last mile" in the industry is actually the problem of "waking up" after hibernation of the human body. One of the problems is almost unsolvable because most of the human body is composed of water, and this involves a common sense issue.
At low temperatures, it will freeze and increase in volume, thus bursting the cells.
If this problem is not solved, forced "awakening" experiments will directly lead to irreversible and destructive death of the living body.
Ye Hua: "I believe that all scholars have read my paper. It may be a bit complicated..."
Karen Eisenberg couldn't help but complain: "It's more than complicated..."
Ye Hua and other participants couldn't help but smile and continued: "The paper mentioned the famous Yang-Mills gauge field when describing the stagnation field effect, whether it is the stagnation field or the Yang-Mills gauge field
, are all nonlinear, which is actually the same as Einstein’s field equations, which are nonlinear partial differential equations.”
These are all familiar to the scholars present. The contribution of Yang Zhengning and Mills in 1954 was to extend the gauge field and apply it to the interaction of elementary particles, which resulted in the unification of the strong and weak forces.
The idea, but the starting point of symmetry was proposed by the German mathematician and theoretical physicist Weyl.
Einstein's general theory of relativity in 1915 linked gravity to the geometry of space and time, which was also an imaginative move. He and many physicists at the time wanted to geometrize the electromagnetic field, thus further unifying the gravitational field and the electromagnetic field.
Together.
Ye Hua touched the floating panel next to him a few times, then threw it on the main floating screen. When everyone looked at the screen, he said:
"The so-called stasis quantum also needs to introduce the concept of phase transformation to produce the existence of gauge fields. Triggered from a symmetry point of view, based on the invariance of gauges, gauge fields will naturally appear. This is a mathematical model and a detailed derivation process.
."
After saying that, he once again flicked a page full of formulas to cover the main screen. He did not write such detailed explanations in his published papers. The scholars were silent. Ye Hua took a sip of water and continued:
"If at any space-time point, we allow the phase transformation to follow symmetry, then the phase transformations of these countless different space-time points must be connected together. This work must be performed by fields, and there are also mathematical models to describe it...
"
As he spoke, another screen of new formulas was covered: "The difficulty encountered in most research is to manage the theory at low energy. This is an interesting situation, which is a description of hadronic matter, and is more generally correct.
All observed binding of gluons and quarks, and their constraints, can be described by this theory."
Having said this, Ye Hua looked around at the crowd: "In order to understand the behavior of the stagnation field under large momentum, a key quantity is the virtual propagation field generator, which is also the core. So we must consider both gluons and the virtual propagation generator.
In the large momentum, that is, the ultraviolet limit, it can be seen that the theory is free, and gluons and virtual propagation generators are free massless particles. The asymptotic state of the theory consists of massless glue with interactions.
Zi said."
Ye Hua once again covered a page of new content: "At low momentum, that is, at the infrared limit, this problem needs to be solved even more. The reason is that the theory has strong coupling in this case, and the only reliable method is to
Lattice calculations are performed on a sufficiently powerful computer. The most common way to study limit theory is to try to solve it on a computer, usually by brute force. In this case, a large amount of computing resources are needed to determine the correct limit.
."
Ye Hua immediately smiled and said: "The computing power resources are not enough, so the algorithm will make up for it. If the p=np problem is solved, 90% of the steps in the middle can be omitted."
Half an hour passed before I knew it. At the seminar, all the scholars who were interested in it were very excited, because many of the contents had not appeared in the paper. There was a lot of "dry information" and everyone present was a master.
, it was clear in his heart whether Ye Hua had deceived them or not.
"... regarding the problem of making measurements in stasis quantum theory, freedom is preserved even if a measured value is fixed and, moreover, provides a functional form for the gluon propagator in the Landau quantization table.
But this virtualization cannot be done in this way because it will violate the causal relationship. On the other hand, it provides the potential for linear rise, and will also provide the constraint stagnation reason, the virtual field generator in the case of zero momentum
tends to zero.”
It's almost done here, Karen Eisenberg is finally satisfied, no, actually not satisfied, because there is one more thing that Ye Hua hasn't mentioned, and that is the virtual transmission field generator.
But he didn't ask, and neither did other scholars. Everyone was a master, and they knew very well that the virtual field generator was the key among the keys, and it was the breakthrough from basic science to application.
In other words, this is a core technological secret that can be commercialized.
If you want to know this, you must sign a confidentiality agreement.
At this time, Ye Hua suddenly said: "Everyone, the solution to the Einstein field equation, the solution to the Yang-Mills field equation and the solution to the stagnation field equation, these three... we can definitely have a question: Then
Yes, what will be the bridge between these three field equations? Or is there such a bridge?"
With such an introductory statement, the hundreds of thousands of scholars present could not help but lower their eyebrows and think, especially the physicists present. The core intersection of this seminar was biophysics. After just a moment, Karen Ai said
Sunberg suddenly looked at Ye Hua in shock.
Then, other scholars also reacted, and they were all surprised. Everyone looked at each other and saw each other's surprised expressions.
"You mean, the bridge built by these three equations... can unify 'general relativity' and 'quantum mechanics'? Oh, my God!!" Karen Eisenberg said excitedly
With a rosy face, he asked hurriedly: "Have you established a theoretical model?"
Karen swore that as long as he could see this formula, he would have no regrets even if he died now.
If it can really be described, it may mean a century-old problem that has troubled scientists for hundreds of years but has been unable to solve it so far: unifying general relativity and quantum mechanics, which are the two cornerstones of modern physics.
This is really extraordinary, and will subvert the entire basic physics, and even more broadly. Isn’t this the grand unified theory that scientists dream of? Is it still far away from the ultimate dream of scientists, the “theory of everything”?
The so-called "theory of everything" means that science has been simplified to the extreme. When it reaches its true source, there will be an ultimate formula. Through this formula, the operating laws of the entire universe, all natural laws, and major theories can be described.
All can be deduced through the "theory of everything".
At this moment, all eyes were focused on Ye Hua, and his burning eyes were simply...