Road to science and technology

At this time, Yue Yuanzhou cut again, but this time he did not stop the space cutting tool directly after opening it, because once he stopped, the space here would instantly merge into one, and the same would be true for the gravitational knot. This would defeat his purpose.

So his order to Taihu Light this time was to move the cutting tool laterally and cut off part of the gravitational knot by cutting space.

This operation is like using a cutting machine to cut off a section of pipe, then moving the cutting machine to one side and polishing that section of pipe without turning off the cutting machine.

After doing this, Yue Yuanzhou continued to cut a second time and a third time. In this way, he slowly cut a gravitational knot into small pieces.

Yue Yuanzhou now feels like cutting a stick into a gravitational knot, narrowing the scope of the gravitational knot little by little. This process is not fast, because this kind of micro-level operation must go through precise calculations and meticulous control. Even if it is controlled by Taihu Light, it cannot be careless.

As time went on, Yue Yuanzhou finally cut the gravitational knot to the minimum distance that he could accurately cut so far.

Judging from the current calculation results, the scale of this gravitational knot is 10 minus 10 meters, which is the atomic scale. This can no longer be smaller. I thought that if we continue cutting, we will face the process problems mentioned before. There may be a bulge of an atom or a row of atoms missing, and the gravitational knot may be cut away.

This kind of micro-scale operation does not tolerate a little hand shaking.

At this time, Yue Yuanzhou could take the next step. He first asked Taihu Light to calculate the spatial volume of the remaining gravitational knot in this scale. After getting the specific value, he calculated this value. For A.

Then he calculated the spatial volume of 1.610 minus 35 meters. This spatial scale is the Planck minimum spatial scale.

At this time, Yue Yuanzhou compared the value A with the volume of Planck space as a set of data.

Then he cut out a gravitational knot that was slightly larger than the previous one. He also calculated its volume and recorded it as value B. Then compare it with the Planck space volume as another set of data.

Then by analogy, after obtaining many sets of data, these data are then used to perform comprehensive comparison operations with the gravitational field parameters in each gravitational knot of different sizes.

After a long period of reasoning and comparative calculations, Yue Yuanzhou put the data into a model built based on his own conjectures for verification.

It was found that these data were consistent with the model constructed by their own conjectures, and they verified their conjectures.

Of course, this is just a verification of his conjecture model on the smallest unit of graviton.

Now Yue Yuanzhou was full of thoughts, so he quickly entered into the verification research of the second conjecture.

He sat on the sofa and started calculating directly through Divine Power. Of course, he was also connected to Taihu Light. He inputted group after group of data based on his ideas, and then through the auxiliary calculations of Taihu Light, some conclusions appeared in front of him through the data, which in turn made him feel that his ideas were correct.

After completing the experiment, Yue Yuanzhou returned to the sofa, took the notebook handed over by Ah Zhui, and then picked up a pen and wrote down his new definition of graviton on it.

He wrote the following articles about his research on gravitons in Chinese:

One: The graviton has a minimum unit, and its minimum unit is Planck's minimum space volume.

Second: Graviton carries the light speed transmission of gravity and does not move itself.

Third: Gravitons have three characteristics: wave, particle and space.

Yue Yuanzhou nodded as he looked at the simple words he wrote but condensed his wisdom. Then he picked up the pen and continued to write some descriptions of them:

The graviton itself exists, and space-time exists within it, so it is everywhere, which explains why gravity can flow unimpeded regardless of the space-time dimension.

In three-dimensional space and time, the smallest unit of graviton is the Planck minimum space volume. It can be speculated that the same is true for four-dimensional space and even higher or lower dimensions.

Moreover, the graviton has a direction, and its direction is the direction in which space-time tilts, and its direction is the direction of gravity. As Einstein said, matter tells space-time how to bend, and space-time tells matter how to move.

The space-time where matter is located is curved, so the graviton, the smallest unit in space-time, points to the curved place. At this time, it is the matter that tells space-time how to curve. At this time, gravitons, particles that exist in space, transmit space-time curvature information to each other. The information transmitted through gravitons is gravity. At this time, it is space-time that tells matter how to move. So people often say that gravity is not a force!

The change of gravitons in space and time transmits gravity. The direction of gravitons is in the direction of the curve of space and time. It is in space and time itself. It does not move. When it receives a gravitational signal, it will become a gravitational signal. Then this signal is passed to the next graviton. If this gravitational source always exists, then it will always play a state of continuous transmission, and its state will be manifested in space-time as space-time distortion. Conversely, it can also be said that the distortion of space-time changes the state of gravitons.

When the gravitational source disappears, the gravitons no longer receive gravitational information and return to other states. The gravitons will not disappear unless the universe has no mass.

The speed at which gravitons transmit gravity is the speed of light.

Yue Yuanzhou has been writing. He slowly wrote down his process of graviton from speculation to discovery, from discovery to experimental understanding and verification.

At this time, he stopped writing, then picked up the small glass and took a sip to moisten his throat, but did not speak and continued to write.

In the state described in the third. Wave refers to the macroscopic expression of gravitational waves.

On a macroscopic scale, countless gravitational sources can be regarded as one. The transfer of energy with regular amplitude is gravitational waves. Calm or the performance in a certain area can be called gravitational field. For example, the inside of a gravitational knot is a gravitational field. Near the planet The same is true.

Particle refers to the microscopic graviton, which is the basic unit in the gravitational knot.

On a microscopic scale, it exhibits particle characteristics, gravitons that can be regular or irregular depending on their state.

Space refers to the space-time nature of the graviton itself, and its smallest unit is the Planck space scale. That is to say, there is only one graviton in each smallest Planck space scale.

Multiple gravitons can form a gravitational field structure called a gravitational knot. Both theory and calculation show that a single graviton can also form a gravitational knot, but currently due to technical reasons, no gravitational knot formed by a single graviton has been seen.

After putting together some outlines, Yue Yuanzhou began to write down conjectures about the application of gravitons and gravitational knots.

The first is to create a gravitational source, using multiple warp engines to distort space and time somewhere to achieve the purpose of creating a gravitational source or even a black hole. After using the gravitational knot as a shield against the warp engines, the previously feared gravitational source would tear these warp engines apart is no longer a problem.

Yue Yuanzhou stopped writing and felt that the same was true for gravity bombs. Simply firing a few warp engines would be a gravity bomb...

With this in mind, Yue Yuanzhou continued to work. He felt that gravitational knots and gravity might also be used to build computers. After all, the gravitational knot can be used as a component that blocks gravity, and the connection and the disconnection can constitute 1 and 0.

Moreover, gravity can ignore dimensions, so he believes that as long as he masters the technology of dimensional expansion and stacking, he should be able to create sophons.

"When the time comes, we will weld the gravitational knot on the two-dimensional expanded proton surface...or other particles!" Yue Yuanzhou thought and wrote this down.

He didn't know whether the Trisolaran was welding a circuit board or something on the expanded protons. Anyway, if he had mastered the technology of high and low dimensional expansion, he would definitely be able to weld the gravitational knot.

Not long after, Yue Yuanzhou continued to write. After writing these, he began to write the proof process. So slowly, each style appeared in his writing.

This is about the graviton's characteristic expressions, and some of its relationships with the other three fundamental forces.

With his current understanding of gravitons, he can already begin to deduce the grand unification.

With his current understanding of gravitons, Yue Yuanzhou feels that a unified theory that unifies the four fundamental forces should not be far away.

Yue Yuanzhou wrote down the research and description of gravitons, as well as the formulas and theorems, which turned into a small book.

In the end, Yue Yuanzhou thought he might as well call this book "Gravitons"

I have to believe that Lao Yue has published a book!

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