Hand rubbing nuclear fusion live in the wilderness

Chapter 517 Traces of Dark Matter
The 50Tev energy level collision experiment is the first time for the South Korean won or for any country in reality.

Countless physicists, mathematicians, and even some dignitaries from various countries squatted in the live broadcast room, waiting nervously and expectantly for the end of the experiment.

The 30Tev energy level particle collision experiment discovered the Higgs particle β boson that they had never found.

It not only perfects the standard model, but also opens a new door for physics, and it can even be said that human beings have found the secret of the Creator.

What about this 50Tev energy level collision experiment, will it be able to discover the key to the FTL technology that the anchor said?Could some kind of entirely new particle be found?Or discover a new physical law?

Everyone is looking forward to it, including Won.

In the laboratory, the images on the display screen began to change, and a pair of energy spectrum images were continuously generated.

For a scientist, no matter how many times he watches such a picture, he will never get tired of it.

The data and secrets contained in these energy spectrum images can make people tremble with excitement.

Soon, the first round of 50Tev energy level collision experiments was over, but Han Yuan frowned.

Although the 50Tev energy level collision experiment was completed perfectly, he did not find what he needed from the energy spectrum images and information data, but found some unusual or unexpected things.

After thinking about it, Han Yuan greeted Xiao Ling and gave an order to conduct another 50Tev energy level collision experiment.

Anyway, the superconducting magnetic ring deployed on the acceleration pipeline of the large-scale particle collider has not stopped power supply. Xiao Ling, who is in charge of this collision experiment, just needs to re-adjust various experimental parameters.

After waiting for about an hour, the second round of particle collision experiments began.

This collision experiment is still at the 50Tev energy level.

Two 50Tev energy level collision experiments, plus various detectors deployed on the acceleration pipeline, theoretically, enough data and data can be collected to demonstrate the discovery of Won in the 30Tev energy level collision experiment. and some speculation too.

Some things cannot be hidden.

In other words, it is always there, and you can only see it if you have enough vision and ability.

These secrets are different from the water in the sponge, the former is squeezed, and the latter will not be lost no matter how much you knead.

The 50Tev particle collision experiment is a pair of glasses that Han Yuan brought to himself, allowing him to see part of the secrets of microscopic particles.

The second collision experiment started again.

Under the impact of the endless energy provided by controllable nuclear fusion, the two particles are like smashed watermelons, falling apart in the invisible microcosm and decomposing into elementary particles smaller than atoms.

These particles, like stars, shine in the pipeline of the particle accelerator. Although the shining time is very short, they have been captured by various detectors.

Seeing the data on the screen, Han Yuan frowned tightly.

The data and energy spectrum images on these display screens are just unprocessed raw data, but with his mathematical ability, there is no problem in distinguishing the information he needs from the middle.

However, the results of the experiment came out, but they were not what he wanted.

"How could this be?"

Staring at the data and energy spectrum images on the display screen, Han Yuan's eyes widened in disbelief.

After repeatedly and carefully inspecting the data collected by the detector, Han Yuan was sure that there was nothing in the data that he wanted.

But this puzzled him even more.

Whether it is the hypergraviton suitable for superlight flight technology, or the discovery and speculation in the 30Tev energy level collision experiment before.

In this 50Tev energy level collision experiment, there is no trace of any of them.

These things disappeared without a trace, as if they knew he was looking for them and hid them.

In addition, there are some phenomena discovered in the 30Tev energy level collision experiment, which have developed in reverse.

"Where are the things? Where did they go? Or is my guess wrong?"

Han Yuan's muttering to himself caught the attention of the audience in the live broadcast room.Everyone was very curious, discussing and asking questions on the barrage.

[What's wrong with the anchor?Stunned? 】

[I didn't find what I was looking for, it should be. 】

[What graviton was not found? 】

[If you can't find the super-graviton, wouldn't the FTL technology fail? 】

[I think the host may not be looking for a super-graviton this time, but something else. 】

[It's not a super graviton, what is that? 】

[You have to ask the host about this, he didn't say it anyway, but I guess it may have something to do with the previous 30-level collision experiment. 】

[30Tev energy level, anyway, human beings don’t have a particle collider to achieve this energy level. 】

[The 30 energy level one, it seems that the Higgs particle was discovered, right?The god particle? 】

[To be precise, it is the Higgs particle β boson. This particle is born from the vibration of an energy field called the 'Higgs field' and is created out of thin air. It combines with other particles and can Generate everything in the world. 】

[This is awesome, creating everything in the world, isn't this just chaos. 】

[The anchor is exploring the secret of the birth of the universe? 】

It has to be said that more people means more power. There are tens of millions of people in the live broadcast room, and there are always a small number of people who have guessed the purpose of his 50Tev energy level experiment even if he didn't say what he was doing.

That's right, he is looking for the secret of the birth of the universe through the particle collision experiment at the 50Tev energy level.

Not only the Higgs particle beta boson, but also the legendary dark matter and dark energy.

Dark matter and dark energy, these two famous physics terms, most people have heard of.

Dark matter is theorized by physicists as an invisible substance that may exist in the universe.

It may be a major component of matter in the universe, but it does not belong to any of the known substances that make up visible celestial bodies.

According to the current research and speculation of physicists, about 26.8% of the total mass energy of the universe is composed of dark matter, which connects all matter like glue.

Even though dark matter makes up nearly 30.00% of the matter in the universe, it doesn't actually make up any kind of known matter in any visible celestial bodies.

And so far, humans have not accurately observed any kind of dark matter.

Its speculation, research and observation are all carried out by modern astronomy through the movement of celestial bodies, Newton's universal gravitational phenomenon, gravitational lens effect, the formation of large-scale structures of the universe, and microwave background radiation.

In the particle collision experiment at the 30Tev energy level, while finding the Higgs particle β boson, Won also observed some traces of the Higgs particle β boson generated by the 'Higgs field oscillation'.

In this part of the data, he observed a strange phenomenon.

It has been confirmed that the Higgs field will generate the Higgs particle β boson after the 'vibration'.

But at the same time, with the shock of the Higgs field, part, no, to be precise, most of the energy disappeared out of thin air.

According to the law of energy conservation, this part of energy will definitely not disappear out of thin air, it will either be transformed into other elementary particles, or it will slowly dissipate according to the collision rules.

But what Han Yuan observed was that this part of energy disappeared quite abruptly, completely inconsistent with the theoretical structure that would appear when ordinary particles collide.

This piqued his interest.

According to the theory, it is impossible for this part of energy to disappear so abruptly, the only possibility is to transform into something that he cannot observe.

As for things that cannot be observed, Han Yuan immediately thought of dark matter and dark energy.

This is indeed something that humans cannot observe at present.

And theoretically speaking, it is entirely possible for the Higgs field to produce a corresponding amount of dark matter, dark energy, and ordinary energy while generating the Higgs particle β boson when it oscillates.

Ordinary energy and the Higgs particle beta boson can be observed, while dark matter and dark energy are things that cannot be observed by various detectors deployed on the accelerator.

In theory, this is entirely possible.

But now Won has no way to add a detector that can observe dark matter and dark energy to the particle collider. He can only increase the collision energy level to 50Tev.

In this high-energy particle collision experiment, many things cannot be hidden, even if they exist for a short time, they can still be observed.

Physics can sometimes deceive people, but mathematics does not.

So as long as the whereabouts of this abruptly dissipated energy can be determined in detail mathematically, even if you don't see it with your own eyes, it is equivalent to confirming its existence.

However, the particle collision experiment at the 50Tev energy level not only did not surprise Won, it can even be said to frighten him.

Not only did he fail to observe the dark matter and dark energy that would appear in speculation and theory.

Even the total amount of energy dissipated suddenly is decreasing rapidly.

In terms of data, in the first 30Tev energy level particle collision experiment, the energy dissipated after the Higgs field oscillated accounted for about 70.00% of the total energy.

In the first particle collision experiment at the 50Tev energy level, the energy dissipated after the Higgs field oscillated was reduced to 60.00% of the total energy, which is a drop of five percentage points compared to before.

This is also the reason why Won urgently modified the energy level of the collision experiment and started the particle collision experiment with a 50tev energy level for the second time.

He did not understand why this phenomenon occurred.

The higher the energy level, the lower the proportion of energy dissipated by Higgs field shocks?
If this part of dissipated energy is really transformed into dark matter and dark energy, wouldn't that mean that the higher the energy level, the lower the conversion efficiency?
In theory, this is unscientific.

However, the data fed back from the second 50Tev energy level particle collision experiment still proved the previous unscientific point of view.

In the second experiment, the energy dissipated after the Higgs field oscillated was still only 60.00% of the total energy at 30, which completely failed to reach the 70.00% of the previous [-]Tev energy level.

"Xiao Ling, restart the experiment and reduce the energy level to 20Tev."

After frowning and thinking for a while, Han Yuan opened his mouth to give instructions.

It’s useless to think so much. Whether the energy dissipated after the Higgs field oscillates or the energy converted into dark matter and dark energy decreases with the energy level, just do another experiment.

If there is a law, the ability to arrange Gev energy level experiments under the zero particle collider and the ability to increase Tev energy levels can definitely be found out.

"Received, Master."

"The experimental parameters are being adjusted, and it is expected that the 53Tev energy level particle collision experiment will be launched in 20 minutes."

Xiao Ling's voice came from the communicator.

Hearing Won's instructions, the audience in the live broadcast room became more curious, including physics experts from various countries, who were even more curious about the energy level of the Won's downgraded collision experiment.

Because of the original live broadcast plan, the energy level of the particle collider has been gradually increased.

The particle collision experiment at the 20Tev energy level was not planned in advance.

Moreover, the European Union, China, and the United States have all done collision experiments at the 20Tev energy level, and nothing has been found at this energy level.

But obviously, the anchor discovered something they didn't know, and for the sake of verification, he deliberately lowered the energy level of the collision experiment.

But the question is what exactly they found, scratching their hearts itchy.

Not everyone has the same mathematical and physical ability as won. For the data sent back from high-energy particle collision experiments, most physicists and mathematicians need to go through a long period of time to analyze and confirm before they can know the data of the collision. What happened inside the machine.

People like Won, who can roughly analyze the data in just ten minutes or even a glance, are almost one of the few in reality.

But these people are often mathematicians like Terence Tao, not physicists, and they don't know much about high-energy particle colliders.

Not to mention that many of the detectors used on the high-energy particle collider built by South Korea have never been seen before, and the analysis of the data is even more difficult.

However, from the words and murmurs that Won occasionally uttered when analyzing the data, physicists from various countries also understand that he definitely discovered some incredible things in the particle collision experiments at the energy levels of 30Tev and 50Tev. thing.

It's just that only the person on the screen knows what it is.

For scientists, this is no different from scratching the soles of the feet with a feather, which makes people tickle.

[What do you think the anchor discovered in the two 50Tev energy level experiments? 】

[Isn't it the Higgs boson? 】

[I bet, absolutely not. 】

[? ? ? ?what is that? 】

[Guess what, just ask directly.Anchor Anchor, what did you find in the two experiments just now? 】

[Hahahahaha.Good idea, I'm coming too, anchor, anchor, what did you find in the two experiments just now? 】

[Anchor, anchor, what did you find in the two experiments just now? 】

【+1】

【+1】

[Anchor, anchor, what did you find in the two experiments just now?I am such an emotional repeater[]~(￣▽￣)~*】

(End of this chapter)