Great Country Academician

In the conference room, Xu Chuan did not give in. He directly took over Lin Feng's position and walked to the head of the conference table.

His eyes scanned the various team leaders of the sterile neutrino detection team in the conference room. He didn't waste any time and spoke directly.

"I have already read about the abnormal experimental data during the detection of sterile neutrinos. In the high-energy proton collision experiment, the detection data of sterile neutrinos showed a phenomenon of skyrocketing energy levels."

"For this point, I made precise calculations in the prediction of dark matter particles in the void field theory. Theoretically, the energy level explosion in the proton collision experiment does not originate from sterile neutrinos."

Hearing this, many top physicists participating in the meeting in the conference room cast their eyes in surprise.

Let alone what the energy level explosion phenomenon is in the high-energy level collision experiment of sterile neutrinos and protons, it is still unclear for the time being.

Just the solemn tone of the person in front of them shocked everyone.

Not to mention some of the other things revealed in this sentence.

For example, void field theory!

Although this theory was proposed by Professor Xu himself more than two years ago, it has never been officially released.

However, in the unified theory of strong electricity and high-energy level collision experiments separated from this set of void theories, the theory of the disruption effect of quark groups, gluons and void fields, and the theory of sterile neutrinos have all been confirmed or preliminary Verified.

In particular, the latter two are theories that go beyond the standard model and have an unparalleled role in promoting the development of the entire physics and helping humans understand the composition of the entire universe.

It is undeniable that in less than 30 years of age, this man has already stood at the top of the physics world and even academia.

At the conference table, Edward Witten's eyes lit up unconsciously when he heard the void field theory.

He quickly asked: "Is your void field theory completed?"

This is what he's been waiting for.

Xu Chuan shook his head gently and said: "Part of it has been completed, but there are still some key theories missing."

After a pause, he continued: "But there is no problem in theory using it to provide some guidance on the exploration of sterile neutrinos and dark matter. This part has been perfected."

Witten's eyes moved, and after thinking for a moment, he asked.

"If the energy level explosion in the proton collision experiment does not come from sterile neutrinos, then where do you think it comes from?"

"A truly massive dark matter particle!"

"Massive dark matter particles?"

Hearing this answer, everyone in the conference room cast puzzled looks.

In the framework of dark matter theory, sterile neutrinos themselves belong to the category of massive particles. If they are not even large, then what exactly are the real massive dark matter particles?

Xu Chuan smiled and then explained: "In the void field theory I constructed, dark matter, like ordinary matter, is composed of basic particles."

"But unlike the instability of normal matter, the particles that make up invisible dark matter are theoretically very stable, or it can be said to be very unstable."

Hearing this, everyone in the conference room turned their eyes over, staring at Xu Chuan with interest, wanting to hear his insights on dark matter.

You know, it is almost the consensus of the entire physics community that dark matter is more stable than normal matter.

No matter what kind of dark matter particles they are, it is almost the consensus of the current physics community that they have a very long lifespan, high stability and almost no decay.

Because from the perspective of cosmic observation or theoretically, the dark matter particles currently occupying a large amount of mass in the universe must have sufficient stability and lifespan to exist for a long time.

If dark matter particles are not stable enough, it means that the universe will no longer be stable.

However, the person in front of him personally said the words about the instability of dark matter particles.

This couldn't help but surprise everyone.

Being stared at by everyone, Xu Chuan didn't feel any nervousness. He had dealt with this kind of scene countless times.

And this time, it is just the most ordinary one.

Taking a deep breath and sorting out the thoughts in his mind, he continued: "Based on the void field theory, I divide dark matter into three types: hot dark matter, warm dark matter, and cold dark matter."

"The three types of dark matter correspond to dark matter composed of large-mass dark matter particles, medium-mass dark matter particles, and small-mass dark matter particles."

"For example, WIMPs particles and axion particles are candidates for dark matter particles with small mass. The smaller mass and weaker interaction strength can explain not only the mass density and distribution of dark matter in the universe, but also their stability. "

"And sterile neutrinos and warm dark matter are candidates for medium-mass dark matter particles."

"Thermal dark matter, as well as the particles causing the energy level explosion discovered by the Ring Super Particle Collider this time, are candidates for massive dark matter particles."

"The particles that make up cold dark matter have very small masses, their energy levels are not very high, and they are difficult to decay on their own, so their properties are very stable."

"The dark matter particles that make up warm dark matter and hot dark matter have relatively large masses and relatively high energy levels. At the same time, they will undergo various morphological changes such as oscillation, decay, and transformation through the adaptive void breaking effect."

Hearing this, Witten, who was sitting aside, looked over with interest and asked.

"You mean that dark matter may be the same as the normal matter that makes up the universe, and sterile neutrinos or other light-mass particles that make up dark matter will be released during beta decay or similar decay processes?"

Xu Chuan nodded and said: "It can be understood this way, but the changes in the multiple forms of dark matter oscillation, decay, transformation, etc. are different from beta decay."

After a pause, he added: "Of course, this is based on the void theory I constructed."

“In my theory, the oscillations and transformations of dark matter are reversible, that is, dark matter composed of dark matter particles of the same energy level can transform into each other.”

"That is, under special circumstances or conditions, it can break through the void and obtain enough energy from the outside world to release a medium-mass dark matter particle and at the same time generate a new medium-mass dark matter particle for itself."

"Of course, this is under special circumstances."

"Theoretically, in a normal environment, dark matter composed of high- and medium-mass dark matter particles will only spontaneously break, releasing a lower-mass dark matter particle while releasing energy."

"When their mass is no longer sufficient to maintain a high- or intermediate-mass state, morphological decay occurs."

"And so on, until the dark matter composed of the lowest mass single dark matter particle. It will not decay spontaneously, and will only decay in high-energy collisions or in special environments."

"Instead of calling this phenomenon dark matter decay, I prefer to call it dark matter form transformation."

"Because in essence, dark matter does not or is extremely difficult to truly decay. It will release a kind of sterile neutrino or other light-mass particles in high-energy collision experiments, and then use the void created by high-energy experiments. The breach once again obtains another sterile neutrino or light-mass particle of different masses from the void energy field, thereby forming different types of dark matter particles.”

"This process, I call it the dark matter transition."

After hearing this, Professor Frank Wilzek, who was sitting across the conference table, turned his pen and spoke with interest.

"Sounds interesting."

After thinking for a while, he pondered for a moment and then said: "It's like the oscillation transformation of neutrinos?"

Xu Chuan nodded and said: "It can be understood that the stability of dark matter under normal conditions may be higher than we imagined. Only in high-energy environments or special conditions will dark matter oscillate. "

Witten pushed up the glasses on the bridge of his nose, frowned and said.

"So how are you going to confirm it? Continue through the collider?"

Only in high-energy environments or under special conditions can dark matter oscillate, borrow particles from the void, and release a large amount of energy.

Although this statement can indeed explain the abnormal energy level phenomenon they currently have in the high-energy collision between sterile neutrinos and protons, it does not really solve the problem.

At the very least, they need to further test this theory.

Science is not fabricated out of thin air, it always needs rigorous and thorough verification.

Hearing this question, Xu Chuan smiled slightly and said.

"certainly."

"Now that we have put forward a relevant theory, we naturally have relevant preparations on how to verify it."

"As for the special properties of dark matter oscillations, theoretically, it can be verified in at least two different ways."

"The first method is undoubtedly through the Large Strong Particle Collider. It is the fastest and most effective means and way to do it through the collider."

"This problem can be solved by designing corresponding collision experiments."

"Theoretically, if my theory is correct, then in the following collision experiments, we can see different degrees of energy level inflation under multiple fixed energy level collision experiments."

"Excluding interfering factors, these energy level explosion phenomena will provide us with the most direct and effective information to verify the type of dark matter."

"In addition, during the phenomenon of energy level inflation, we can also simultaneously observe information about low-mass dark matter particles that are torn apart from high-quality dark matter particles, such as 'sterile neutrinos.'"

"This information can greatly improve our understanding of dark matter particles in the microscopic world, and can also provide a more detailed understanding of the composition of the universe!"

PS: From the beginning of writing the void field theory to now, I have spent several months, read many papers, burned countless brain cells, and finally constructed the void field theory and dark matter that I will write later. ~Decadent~

There is another chapter in the afternoon, please vote for me~