The laser interferometer detector detected a gravitational wave signal, which proved that Huang's graviton model was correct.

This is a very great achievement for the physics community, because the graviton has been proven to exist, which means that the description of gravity in quantum mechanics is basically accurate, but this achievement is contrary to the space-time theory of general relativity.

Since gravitons have been shown to exist, there must be flaws in the space-time theory of general relativity, in which gravity is a manifestation of space-time distortions, not wave-particle duality particles similar to photons.

That is to say, in the general theory of relativity, the distortion of gravity due to the distortion of time and space caused by mass is manifested as gravitational force, which appears inexplicably, which belongs to the geometric significance, and there is no actual particle that is essentially different from the other three forces, and the source of gravity has not been determined until now.

Obviously, the revision of the general theory of relativity in Huang Mingzhe's paper introduces gravitational waves as wave-particle duality, and at the same time sets that gravity is not affected by space-time distortion, which is due to the accumulation of positive matter mass and the dissolution of dark matter density, thus distorting space-time.

Why can a large mass induce a very noticeable distortion of space-time, while a small mass cannot distort space-time?

If we compare the universe to an ocean, then the massive planets are fish, and the larger the fish, the more water will be discharged. Small-mass items are like plankton, bacteria, and viruses, and they drain negligible water.

This explains why gravity is not affected by space-time distortions, because it is not space-time warps that cause gravitational imagination, but the interaction of positive matter and dark matter that causes space-time warps.

In this way, gravity and space-time distortion have no interaction, which explains why gravitational waves can ignore space-time distortions, because the two do not interact, and without interaction, they naturally cannot affect each other.

The birth of gravity comes from gravitons, which are contained in all matter, and gravity acquires a source.

Today's experiment is precisely the particle collider that hit the graviton, which explains the nature of gravity.

Because gravitons are contained in all matter, gravitons are present in all matter, i.e., gravitational force.

So why can't laser interferometer detectors detect gravitational waves by detecting ordinary matter?

This question is also Wen Ning's question at this moment: "Why can't we detect gravitational waves under normal circumstances?"

On scratch paper, Huang Mingzhe drew a brief picture of the planets in the solar system, and then explained:

"Normally, the graviton resonates with other surrounding gravitons, and the graviton in this case is in a low-energy equilibrium state."

As he spoke, he drew the laws of equilibrium motion between the sun and the other planets of the solar system.

"You're saying that once the graviton gets a high-energy state, it becomes easy to observe." Academician Yang's eyes lit up.

Huang Mingzhe nodded: "Why does our particle collider, as well as neutron star merger events, produce detectable gravitational waves?"

"Because gravitons gain energy." Wen Ning had already touched some doorways.

"I would call this a graviton high-energy imbalance." After Huang Mingzhe finished speaking, he wrote and drew on the scratch paper, and the energy level ratio of the neutron star and the collider appeared on the scratch paper.

"Why can the gravitational waves of neutron stars merge be transmitted tens of hundreds of light-years away, because the energy level of neutron stars is very high, and the energy given to gravitons is naturally very much; The collider imparts very little energy to the graviton, which is why other large laser interferometer detectors on the blue star cannot detect the gravitational waves generated by the collider. ”

Wen Ning clapped his hands and praised: "Wonderful! This explains why we can't detect gravitational waves in the midst of gravity. ”

Looking at the high-spirited young man in front of him, Academician Yang had to admit that he was old, as if he was twenty years younger, he might cooperate with the other party to launch an attack on the theory of great unification.

After sorting out the data, Huang Mingzhe refined the graviton for more than a week, and then readjusted the general theory of relativity and quantum mechanics to form a new theory of gravity.

On October 16th, the CERN exchange team had just arrived in Xi'an, but this time the CERN exchange team received a cold reception, and the high-energy institute sent two clerks to entertain them, and none of the other bigwigs appeared.

As for the visit to the Dayi scientific research base, it has also been postponed again and again.

On the same day, the Physica Sinica published a special supplement to Huang's new paper, which was also released worldwide on this day.

In fact, the reason why Huang Mingzhe publishes physics journals instead of Western science or nature is to disgust Westerners and to support local academic journals.

In terms of journal mathematics, the Truth Society has founded the Truth Mathematics Journal, and the Creeper Alliance also has Alliance Journals, New Era of Mathematics, and Oriental Mathematics, which are benchmarked against the four major international mathematics journals.

These four journals are doing well now, especially with Huang Mingzhe, a god-level mathematics overlord, coupled with the rapid rise of the younger generation of mathematicians, they are not only very famous in China, but also more and more famous internationally.

In particular, Truth Mathematics, which Huang Mingzhe personally sits, now has the level of a first-class mathematics journal.

Since we want to compete, we must do it comprehensively, as a journal of China, now these journals are Chinese in the front and English in the back, as for Chinese is not rigorous, it is not suitable as an academic language to listen to the nonsense.

For example, why should foreign power industries learn Chinese, because Huaguo is strong enough in the power industry. Why is the academic language not Chinese, because Huaguo is not strong enough in the academic world.

The reason is as simple as that.

Moreover, English as an academic language has a very fatal problem, that is, English needs to constantly make up words to adapt to the emergence of new knowledge.

This leads to a problem, it is difficult for non-professionals or even small branches of the same large field to read each other's papers, not to mention ordinary people, it is estimated that there is no difference from reading heavenly books.

This situation leads to another very serious problem, which is that knowledge cannot be popularized and can only be held in the hands of a small number of people.

Isn't it true that human beings create new knowledge and understand new worlds for the sake of civilization progress?

If you give the same professional academic work to ordinary American university students in English and the Chinese version to ordinary Chinese university students, you will find that American university students seem to be illiterate, while Chinese university students can read a large part.

Chinese is not used as an academic language because the discourse power of international scholarship is not in the hands of China, not because Chinese is not good.

At least modern Chinese is definitely stronger than English in popularizing knowledge, and Huang Mingzhe and the Creeper Alliance are working hard to promote the Chinese of academic journals, while absorbing the advantages of foreign textbooks to improve the readability of textbooks.

There is an obvious shortcoming of China's domestic textbooks, that is, they are boring and dry, but in fact, this situation is a historical problem, and foreign textbooks are really good in terms of readability.

We need to learn from each other's strengths, instead of blindly denying or affirming everything, even the universe will be flawed, otherwise the Higgs particle will not be born, and everything will be a pot of soup.

The non-conservation of symmetry tells us that symmetry reflects the commonality of different forms of matter in motion, and the destruction of symmetry makes them show their respective properties.

Like the pattern, only symmetry is not broken, and although it looks regular, it looks monotonous and rigid at the same time.

Even the universe is imperfect, let alone everything about this tiny planet.