An electronic!

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

What is an electron theory? It means that from the beginning of the Big Bang, everything in the entire universe is composed of an electron. Who proposed this?

Feynman!

Who is Feynman? An American physicist, professor of physics at the California Institute of Technology, and winner of the 1965 Nobel Prize in Physics. His most famous scientific research result was that in 1942, the 24-year-old Feynman joined the American 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 proved that mass can be converted into energy. The conversion between tiny matter can release huge energy. And the famous formula: e=mc^2 was written.

However, Feynman studied the atomic bomb and made this formula truly realize. Feynman was also named the wisest theoretical physicist after Einstein and the first person to propose the concept of nano.

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

Feynman deduces two solutions from Maxwell's equations and finds that in mathematics, a negative electron that moves forward positively in time and a positive electron that moves backward in time are the same. In other words, antimatter is just a positive matter that moves backward from the future to the past. The antimatter and positive matter are essentially the sudden turn of positive matter on the time axis and return to the past and become antimatter. (That is, the antimatter 2 minutes ago, which is eliminated with positive matter 1 minute ago, is essentially the positive matter that begins to move backward in time 1 minute ago and becomes antimatter. The antimatter you saw 2 minutes ago is just the positive matter that goes back in time.)

The more shocking theory is that Feynman thus solved the fundamental particle problem that has plagued the physics community for many years: why all things in the world, from galaxies to atoms, will show different properties, such as the Milky Way and the Andromeda, me and **, hydrogen atoms and oxygen atoms, do not have exactly the same individuals. But it is an exception in electrons. There is no such thing as "big electrons", "sexy electrons", and "high and handsome rich electrons". You cannot engrave letters on one electron and give them to your girlfriend. The infinite number of electrons that make up everything in the universe are exactly the same, and there is no difference.

Feynman perfectly explained this trouble from his antimatter assumption: because from the moment of the Big Bang, the entire universe had only one electron. Yes, the huge space of the entire universe, countless astral bodies and matter, are actually the clones of this electron in different time and space. It started from the Big Bang, moved forward in the time axis, until the end of the universe, and turned back and became a positron, retrograde in time, and retrograde to the beginning of the birth of the universe. In this way, it cycled endlessly, and this electron appeared at every point in the time axis and appeared in every corner of the universe. In our three-dimensional world, the space was filled with countless electrons, forming everything in the world.

In fact, they include ourselves, your parents and relatives, your lovers, your dogs, dogs, the endless crowds of people in Manhattan, the silent no-man's land of Takrama, the endless city of Lan Kwai Fong, the endless lonely plesaurus, the 20,000 miles under the sea, everything is the same, it is just the clone that has gone against the trend countless times. The entire universe is just an electron, walking alone from the chaos of the world to the destruction of the universe, and then going back and starting over and over again.

This is also called the "cosmic loneliness theory", which means that the universe is lonely. All of us are lonely. All sentient beings are lonely!

Of course, this antimatter conjecture does solve many unsolved things in the universe, but at the same time there are some things that cannot be explained.

For example: In addition to electrons, there are also protons, neutrons, and quarks in this world. These are unexplained by an electron theory. Moreover, whether this theory was proposed by Feynman is still to be discussed. After all, Feynman died in 1988. This article was only circulated in the early 1990s.

Although it was published in the name of Feynman, it is hard to say whether it was the Feynman manuscript. Hawking was quite interested in this antimatter conjecture. This theory is indeed outstanding, but there are many problems that have not been solved.

Therefore, after Hawking studied him for a while, he ignored it. After all, Hawking is mainly studying black holes and a series of various theoretical conjectures such as space-time machines that come from it.

But this time, Nuwa proposed an electronic theory, which made Hawking very curious. In particular, he was very interested. After Nuwa woke up from this "singularity explosion", what did she see or feel? In this world, there should be no one who has experienced more or seen more than Nuwa.

To a certain extent, Nuwa has experienced a big bang. She lived from the previous universe to the current universe. What did she see?

"Mr. Hawking, I wonder if you have heard of this theory: Assuming that we project a graph, we can get a parallel polygon. Assuming that this parallel polygon is a universe, then this two-dimensional planar figure is a projection of three-dimensional space, and then everything in the three-dimensional space or four-dimensional (assuming the fourth dimension is time). Therefore, all cosmic matter on each time scale may not be the projection of a certain particle in all time and space." Nuwa explained.

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

But sadly, what we see, hear, think and think are only at one moment, and "living" is just living in the present moment; for example, a person lives by countless moments, and he cannot realize that the world he perceives is actually just a projection of a particle in four dimensions, just as if there is a plane in the assumption that there is never a three-dimensional world that can perceive.

Therefore, we may never be able to perceive the four-dimensional universe.

"Mr. Hawking, the world I saw when I exploded was actually a desolate and nothing, the only thing, in my world, there was only one number 1." Nuwa explained. (To be continued.)
Chapter completed!