In Daqing , there is a person who is "obsessed with" dark matter . Not only is he keen on studying dark matter, he even proposed the "middle-base hypothesis" to deduce the relationship between the external nuclear electrons, which has been recognized by the academic community at home and abroad.
This person is named Wang Liwei, and he is now a teacher at the Teachers' Continuing School in Zhaoyuan County, Daqing City.
Wang Liwei attended the International Circle Quantum Gravity Conference in 2009 to take a photo.
participated in the Chinese Youth Optical Academic Seminar.
He opened the window facing the microscopic world
The research on dark matter has been the focus and difficulty of the world's top scientists in recent years.
The "indissoluble bond" between Wang Liwei and the microscopic world has to start 40 years ago.
During an internship class, 19-year-old Wang Liwei guided the students to draw a molecular structure diagram of benzene. When drawing chemical bonds formed between 6 carbon atoms, a problem was encountered. Everyone tried a lot to draw a structural diagram. Although it also overlaps the electronic clouds, it is very far-fetched.
"What kind of interaction does atoms combine into molecules?" This "question" opens the window towards the microscopic world for Wang Liwei.
He studied chemistry when he was in college. He studied elementary particles and their forces with each other, which required a lot of physics knowledge. For this purpose, he specially bought a lot of physics books for in-depth study. At that time, Wang Liwei's monthly living expenses were only more than ten yuan, so it would take more than one yuan to buy a book.
"Fortunately, I studied in the normal school major and there are scholarships." Recalling that time, Wang Liwei felt it was very beautiful. During the summer vacation from freshman to sophomore year, he did not go home, and devoted himself to the study of the essence of gravity and the study of basic physics theory. When a calculation paper is used up, he uses the back. When a large surface is used up, he finds a "corner" and uses it in this way. The calculation paper he used for the summer vacation is one inch tall. When he studied the essential issues of gravity, he developed a strong interest in the study of dark matter. After graduating from
, Wang Liwei became a people's teacher. When he was 26 years old, he tied the knot with Cai Wenbin.
"I believe he will succeed. This research is a matter of time for him." Cai Wenbin knew his ideal, and not only did he not object, but he was very supportive. Wang Liwei always stayed for half a night and often fell asleep before he could take off his clothes.
From youth to gray hair, decades of time are in the blink of an eye. Wang Liwei collected, copied and copied all written materials related to dark matter, hoping to find the "dark matter" in his heart from clues.
A data introduction "The number density of photons in the universe is 400 per cubic centimeter". Can we start from this aspect? He found a new breakthrough point.
As the research progresses, Wang Liwei has also made many friends in the industry.
Ouyang Zhengbiao, Secretary-General of the Youth Work Committee of the National Optical Society, Wang Qi, Professor of Harbin Institute of Technology, Bi Xiaojun, Researcher at the Institute of High Energy Physics, Chinese Academy of Sciences, etc., are all very interested in his research, discuss together, and provide technical and theoretical support to Wang Liwei as much as possible.
He proposed the "middle-substitution hypothesis", which caused a sensation. In 1988, Wang Liwei made a breakthrough in his research - when he studied the problem of the unity of gravity and electromagnetic force, he discovered a new particle beyond the standard model of particle physics . He named this particle as a middle-substitution hypothesis, and proposed it in the form of the middle-substitution hypothesis, revealing the essence and mass of light, the quantum nature of gravity and the essence of dark matter.
"In fact, it should be called the 'base hypothesis', but because it was proposed by us Chinese, I added the word 'zhong' in front of the base, and the full name is the 'middle hypothesis'." Wang Liwei said.
In June 2011, the Institute of High Energy Physics, Chinese Academy of Sciences held the fourth atomic spectroscopy salon. Wang Liwei was invited to attend and read out his paper "Analysis of atomic structures and states of extranuclear electrons based on atomic spectroscopy", proposing the "neutronic hypothesis", which caused a sensation.
"From the beginning, the universe was filled with neutrons. With the passage of time, it was the interaction and mutual combination between neutrons, which formed electrons, quarks, , and later quarks formed protons and neutrons." Wang Liwei's research results show that dark matter is essentially a neutron that is full of the universe and conveys gravity. The neutron is the so-called dark matter particles, and dark matter is composed of neutrons.
has been initially confirmed by experiments that the neutron is not only a particle of dark matter, but also the most basic particle in the universe. It is the most basic component that constitutes all things in the universe. The mass of the universe and matter both originate from the neutron. The neutron is also the transmitter of gravity and electromagnetic force, and is also the component of light.
Editorial board of international authoritative journals believes that the "middle-base hypothesis" is very valuable
In July 2012, Wang Liwei's paper "Research on the Electronic Structure of Atoms and the State of Motion of Electrons Outside Nuclear Nuclear" was published in the international authoritative journal "Research on Advanced Materials".
In June 2013, Wang Liwei received a notice on the recruitment of the Hans International Chinese Journal Editorial Department " Astronomy and Astrophysics ". The editorial board members agreed that Wang Liwei's "Research on the Essence of Dark Matter - Particles of Dark Matter are Medium-Grain Substances" was clear and reasonable. The proposal of the neutron hypothesis is very innovative, and it gives new ideas for understanding the essence of photons and dark matter, which is very valuable.
In April 2018, an English paper on this topic was published in the American journal Physical Sciences and Applications.
These papers by Wang Liwei enriched the treasure house of cosmic science and had a certain impact in the country and even the world. Nowadays, he is invited to participate in domestic and international academic seminars every year to climb to the top of science.
"40 years, spend half of my life exploring unknown matter, what's the point? Is it curiosity?" Hearing the reporter's question, Wang Liwei smiled slightly and said, "I just think it (middle-core) must exist, I just want to understand. My biggest wish is that the research results can be applied to various technological innovations and promote the development of modern science, such as quantum communication, quantum computers, etc., to benefit mankind."
Daqing Daily reporter Cheng Picture provided by the interviewee
