Chapter 6235 Feynman Conjecture

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An electron!

It's not that Hawking didn't know this theory.

What is an electron theory? This means that since the Big Bang, everything in the entire universe is composed of one electron. Who proposed this?

Feynman!

Who is Feynman? American physicist, professor of physics at Caltech, winner of the 1965 Nobel Prize in Physics. His most famous scientific research achievement is that in 1942, the 24-year-old Feynman joined the U.S. atomic bomb research project team and participated in the secret development of the atomic bomb project "Manhattan Project".

The Manhattan Project, also known as the atomic bomb project. In Einstein's theory of relativity, it was proven that mass can be converted into energy. The conversion of tiny substances can release huge amounts of energy. And wrote the famous: E=MC^2 formula.

But it was Feynman who developed the atomic bomb. Make this formula truly achievable. Feynman is also rated as the wisest theoretical physicist after Einstein and the first person to propose the concept of nanometers.

In addition to Feynman's first time, he also proposed an antimatter conjecture.

Feynman derived two solutions from Maxwell's equations and found that mathematically, a negative electron traveling forward in time is the same as a positron traveling retrograde in time. In other words, antimatter is nothing but matter that moves backward in time, that is, from the future to the past. The cancellation and annihilation of antimatter and positive matter is essentially a sudden U-turn of positive matter on the timeline, returning to the past and turning into antimatter at the same time. (That is, the antimatter 2 minutes ago canceled with the positive matter 1 minute ago. In essence, the positive matter started retrograde in time 1 minute ago and turned into antimatter. The antimatter you saw 2 minutes ago was in time It’s just this positive matter that goes retrograde on the axis.)

The even more shocking theory is that Feynman solved the fundamental particle problem that has troubled the world of physics for many years: why everything in the world, from galaxies to atoms, exhibit different properties, such as the Milky Way and the Andromeda Galaxy, and Mao and I. Chairman, hydrogen atoms and oxygen atoms are not exactly the same individuals. But electronics are an exception. There is no such thing as "big electronics", "small electronics", "sexy electronics" or "tall, handsome and rich electronics" in the world. Nor can you engrave words on an electronic and give it to your girlfriend. The infinite number of electrons that make up everything in the universe are exactly the same, and no difference can be found.

Feynman perfectly explained this problem with his antimatter hypothesis: from the moment of the Big Bang, there was only one electron in the entire universe. That's right, the huge space, countless stars and matter in the entire universe are actually just clones of this electron in different time and space. It begins with the Big Bang and moves forward on the timeline until the end of the universe.

Then it turned around and turned into a positron, traveling backwards through time, reaching the beginning of the universe. In this endless cycle, this electron appears at every point on the time axis and in every corner of the universe. From our perspective in the three-dimensional world, space is filled with countless electrons. Make up everything in the world.

In fact, they include ourselves, your parents and relatives, your lover, the dog you raise, the dog's shit, the endless flow of people in Manhattan, the silent no man's land of Taklimakan, the nightless city of Lan Kwai Fong with singing and dancing birds, and Twenty Thousand Miles Under the Sea. That endlessly lonely plesiosaur, everything is the same, they are just clones of the same electron traveling forward and backward countless times. There is just such a single electron in the entire universe, going from the chaos of heaven and earth to the destruction of the universe, and then going back and starting all over again, over and over again.

This is also known as the "cosmic solitary theory", which means that the universe is lonely. All of us are alone. All living beings are alone!

Of course, this antimatter conjecture has indeed solved many unresolved issues in the universe, but at the same time, it also has some things that cannot be explained.

For example: In addition to electrons, this world also has protons, neutrons, and quarks. These cannot be explained by an electron theory. Moreover, it is still open to question whether this theory was proposed by Feynman. After all, Feynman died in 1988. This article was only circulated in the early 1990s.

Although it was published in Feynman's name, it is hard to say whether it is Feynman's manuscript. Hawking is also very interested in this antimatter conjecture. This theory does have its advantages, but there are also many problems that cannot be solved.

Therefore, after Hawking studied it for a period of time, he ignored it. After all, Hawking's current main research is on black holes and a series of theoretical conjectures such as the resulting space-time machine.

But this time, Nuwa proposed an electronic theory, which made Hawking very curious. In particular, he was very interested. After Nuwa woke up from the 'Singularity Explosion', what did she see or feel? There is probably no one in this world who has experienced more and seen more than Nuwa.

To a certain extent, Nuwa can be regarded as experiencing a big bang. She is a life from the previous universe to the present one. What did she see?

"Mr. Hawking, I wonder if you have heard of this theory: suppose we project a figure, then we can get a parallel polygon. If this parallel polygon is a universe, then this two-dimensional plane figure is the projection of three-dimensional space, then everything in three-dimensional space may also be the projection of four dimensions (assuming the fourth dimension is time). Therefore, all cosmic matter at every time scale may not be the projection of a particle in all time and space." Nuwa explained.

Hawking nodded. He was naturally clear about this "projection theory". Many scholars also believe that our universe may be a spatial projection of a four-dimensional universe.

But the sad thing is that what we see, hear, think and think are only at one moment, and "living" is just living in the present; for example, a person's life is composed of countless moments, and he cannot realize that the world he perceives is actually just a projection of a particle in four dimensions, just like a person on a plane in the hypothesis can never perceive the three-dimensional world.

Therefore, I am afraid that we will never be able to perceive the four-dimensional universe.

"Mr. Hawking, the world I saw at the moment of the explosion was actually a wasteland with nothing in it. The only thing in my world was the number 1," Nuwa explained. (To be continued.) Mobile users please browse and read for a better reading experience.