Voyage of the Stars

"The explanation is this." Liu Miyan looked at the manuscript, and then answered the scientist who exclaimed, "It's supersymmetry. Everyone knows that physicists in the earth age like to use supersymmetry." Symmetry describes the physics of the Large Particle Collider.

The amazing predictions of supersymmetry have been verified step by step, indicating its correctness in a certain field. As we know, every particle has a new particle with exactly the same mass and charge as it, and roughly the same intensity of interaction, but naturally Particles with different spins correspond to it. "

After hearing Liu Miyan's speech, the conference room of the summary meeting fell silent instantly.

Then I heard Liu Miyan's loud voice echoing in the conference room again: "Supersymmetry predicts superelectrons, and similarly there are tachyons, superquarks, supergluons, superneutrinos, and supergravity." Even the Higgs particle will have a supersymmetric particle, which is generally called a super-Higgs particle.

Everyone is listening carefully, but every scientist knows that supersymmetry theory is not strictly correct, and it has its scope of application. Now to explain the physics in the collider, it means that the scholars who proposed this point of view believe that supersymmetry applies to this range.

But what Liu Miyan said next made everyone think deeply.

"It's one thing to have a particle with a mass right in the region of astronomical particle collider energies; it's another to actually discover it. That's because it's difficult for us to comb through the junk produced by collisions to reconstruct what happened Anything is more difficult.”

"In fact, according to the records we have stored, we can see that in the Earth's era, trillion-volt accelerators can produce Higgs bosons, but it is too difficult to reconstruct them through experimental data, let alone our energy level. Astronomical particle colliders reaching 1015 GeV electron volts, so that it is almost impossible for us to reconstruct 'what's going on' in the process, and we can only peek at the process through the garbage they collide with.

This means that we cannot truly accurately measure the physical processes in the energy level environment they are in through the data captured by various detectors. However, the mass-energy conservation calculation method we call still uses the original method, which inevitably leads to deviations. So much so that we think we are all right. "

It can be seen that Liu Miyan supports analyzing the experimental results from the perspective of string theory. He continued: "From this mathematical process, we can see that many supersymmetric theories predict that they will undergo a spectacular decay chain. It should be relatively easy to pick data from here.

For example, in some chain decay processes, a supergluon will convert part of its static energy into another type of superparticle, and then this new superparticle will convert part of its static energy into another type of superparticle in the same way. Super particles.

After a few such steps, we will get the lightest superparticle, and we generally think that this lightest superparticle has no way to continue to decay, but it will escape in some way that we don't know. will be detected by us. "

"If this conclusion is correct, then what we detect in the detectors of astronomical particle colliders will not be superparticles, but the particles they emit as they decay into the lightest superparticles, and we suspect that , there may be some kind of product in those particles that we cannot detect.

Officially those products deceived us, making us think that mass and energy were still conserved before and after the experiment, but in fact they had quietly escaped and could deceive our detectors. We thought they should be some kind of Higgs particle and its super The fluctuation caused by companionship in a certain process,

This kind of fluctuation can disrupt the detector's detection mechanism of mass and energy. After all, detection itself is an interaction. As for the particles that we cannot detect, I will make a guess here. I think it should be some kind of tachyon. "

chopsticks! Some kind of tachyon!

As soon as Liu Miyan said this, all the scientists in the conference room understood his point of view. Obviously, Liu Miyan believed that tachyon was the cause of the trouble, and he also believed that there was more than one tachyon, otherwise he would not have said something like 'a certain tachyon'.

Some people know that the core components of ultra-distance communication that were traded from the interstellar trading market pretending to be Red Flame Civilization were said to be a negative mass generator with negative mass and ultra-distance communication. Isn’t that what Liu Miyan is talking about now? Son.

Could it be that Liu Miyan and the engineering department dismantled the long-distance communication core? Some researchers have this idea in mind.

They were right. Liu Miyan did work with Yu Nanfeng from the Engineering Department to dismantle the long-distance communication core. If it were before, they would never understand the function and purpose of each structure of the so-called fourth-level civilization creation, but now they understand a little bit.

At least they found that within this core, there were some structures that were similar to certain locations of the warp engine in the human warehouse. After years of research, they concluded that it was the core structure for energy to do work.

By comparing the findings with the information obtained from the Chiyan Civilization, Liu Miyan dared to say that the over-distance communication core produced might be some kind of tachyon.

The mass of tachyons is negative, and the masses of different types of tachyons are also different. They are all tachyons themselves, and they gain energy more and more slowly. When they gain infinite energy, their speed will be reduced to the speed of light. Maybe it will Become photons.

Giving it infinite energy can reduce it to the speed of light, which means it is impossible to reduce it to the speed of light. After all, its mass is negative.

Just the opposite of what all humans in this universe know, if you add energy to a particle with positive mass, it will accelerate, but it will never reach the speed of light, because it needs to provide it with infinite energy to reach the speed of light.

Combining the core of super-distance communication and the mass change obtained from string theory, Liu Miyan believes that it is some kind of tachyon that can be used for super-distance communication that is to blame.

From the perspective of detection, with the current detection methods of human beings, it is indeed impossible to detect tachyons.

In other words, in fact, in astronomical collision experiments, every collision produces this kind of tachyon, but humans have never detected it. The physical process disturbed by the Higgs mechanism produced by the collision process makes it impossible for human detectors to detect the changing mass.

If this is true, then the barrier of the fourth-level civilization is really strong, and it is indeed almost unsolvable for a normally developing civilization.

Because there are many barriers here. One is the construction of an astronomical particle collider, which requires this civilization to reach the peak of the third level and realize the independent manufacturing of strong artificial intelligence, otherwise it is impossible to have such a strong industrial capacity.

Second, if this civilization wants to detect tachyons, it must have level 4 civilization technology, but how can it have level 4 civilization detection technology without reaching level 4 civilization!

Third, it also requires that this civilization must have a theory related to tachyons, otherwise it will never be able to think of this.