Hand rubbing nuclear fusion live in the wilderness

Chapter 515 Construction of Strong Particle Collider Completed
The sale and use of the virtual helmet went extremely smoothly, with almost no problems in the middle.

After the first batch of 1000 million helmets were released, almost all the online reviews were positive.

Comments such as feeling like I have time-traveled and living in a dream are all over the screen.

Many people said that if they didn't want to work, if it wasn't for this ghost helmet and anti-addiction system, they would be willing to stay in the "Second World" with a virtual helmet 24 hours a day.

You know, after more than two years of preparation, the number of games developed by major game companies can be described as dazzling.

Like LOL, DNF, Reverse War, Speed, Chicken Eater, World of Warcraft, StarCraft... Needless to say, these games have become popular all over the world in the early years.

These games will definitely be developed by major manufacturers into virtual games with 100% real and fully immersive experience.

Players can experience all kinds of happiness in the game by drag racing, sniping, hunting the world boss, etc.

In addition to these competitive games, farming and cultivation games, as well as star exploration games are also popular among players.

There are even game manufacturers who purchase various cultivating novels, such as online novels such as Zhetian and Mortal, and develop them into cultivating immortals and comprehension games.

Various types of games can be described as dazzling, and players can't wait for 48 hours a day.

Of course, in addition to good reviews, there are some pity or conspiracy theories on the Internet.

Some netizens feel that this kind of thing should be temporarily kept secret and used in military affairs and technology, and it should be announced after developing national strength and technology.

There are also some brick-and-mortar experts who, after being corrupted by money, stand up and openly claim that wearing a virtual helmet for a long time will have an impact on the brain and body.

In mild cases, it may lead to neurasthenia, and in severe cases, it may become a vegetative state.

Moreover, there are not a few brick experts who make such remarks, not only some unscrupulous experts in China, but also other countries who are jealous of virtual helmets.

These people have used various means to suppress virtual helmets, made all kinds of shocking remarks, and forced Yuanchu company to open foreign purchase rights for virtual helmets.

Han Yuan ignored these things, but he had already made some countermeasures.

For example, for some brick-and-mortar manufacturers who have received money to spread rumors about virtual helmets, they will directly block them, prohibiting them from buying virtual helmets and entering the second world.

Based on the rules of the second world written by him, it can be said that as long as this person enters the blacklist, he will not be able to experience things like virtual helmets and the second world in the future.

Including the technology of time difference, which can indirectly prolong the life of human beings, they have no chance at all.

In addition to the countermeasures on his side, the official will naturally not turn a blind eye to this kind of thing.

Things like virtual helmets are related to Huaguo's next development strategy, and it is impossible to be smeared by this kind of slander.

The best way is to directly find the real people behind the Internet and send them a pair of handcuffs.

As for silver or rose gold, you can choose, anyway, no one can be saved if you decide to wear it.

After the virtual helmet was successfully released, Won didn't take care of it any more. Some things in reality were naturally handled by someone.

In the simulated space, a large and powerful particle collider has been built, and his next focus is to activate the particle collider to find the legendary particle.

Super graviton.

This is a standard particle that Won knows from the knowledge information passed to him by the system.

Its main role is to provide theoretical basis and technical support for the legendary FTL technology.

The importance of flying faster than light is self-evident for a civilization.

The universe is constantly expanding. As far as the universe can be observed by human beings, the diameter has reached 130 billion light-years.

This data comes from the No. [-] infrared spectrum outer space telescope launched by South Korea last year.

It caught the glow of a faint red dwarf star as it peered toward the edge of the universe.

Under the calculations of space expansion, gravitational bending and other theories, taking this red dwarf star as the base point, the diameter of the observable universe is now as high as 130 billion light-years, breaking the previous range of 960 billion light-years .

130 billion light years, taking light as the base speed, it takes 130 billion years to travel from one end of the observable universe to the other.

Not to mention the observable universe, even the Milky Way, has a diameter of more than [-] light-years.

If there is no super-light flight technology, it is simply unrealistic to go out of the Milky Way in terms of human lifespan.

And as the basis of superlight flight, everyone knows how important the hypergraviton is.

On the basis of the original basis, Won raised the energy level of the large strong particle collider from 10Tev, which meets the basic tasks of physics, to 30Tev, and then to the current 110Tev, with the purpose of finding this supergraviton.

The higher the energy level of the collision experiment, the more things can be discovered.

A large-scale particle collider with an energy level of 110Tev, every time an experiment is started, it is calculated according to the collision standard of 30Tev, and the energy dissipated is enough for a large city, or a first-tier city for three days.

And this is just a 30Tev level energy level collision experiment. If the upper line is fully stretched to 30 Tev level, the consumed electric energy will not be tripled, but will increase exponentially at the [-]Tev level.

According to the standard design, it takes more than half a month to prepare for each start-up of a [-] Tev energy level collision experiment, and the electricity consumed by an experiment can save three days.

The acceleration of particles is not that simple. As the accelerated particles get closer to the speed of light, the acceleration becomes more difficult and consumes more energy.

If it is said to accelerate a lead particle to 299742.458km/s, (the speed of light is 299792.458km/s, a difference of 50 meters per second), only one unit of energy is needed.

Then to accelerate a lead particle to 299752.458km/s, if the speed is increased by ten meters per second, the number of energy units required must be doubled.

And when it is increased to 299762.458km/s, and then increased for ten seconds, the number of energy units required is not doubled at 299752.458km/s, but tenfold, or even more.

If you continue to improve, even if you only increase it by one meter per second, the energy you need to consume will increase exponentially.

In this case, before the emergence of controllable nuclear fusion, how to increase massive amounts of energy for large-scale strong particle colliders is a huge problem.

You must know that every time the European Atomic Energy Laboratory starts the LHC's large-scale strong particle collider, it has to stop part of the surrounding residents to ensure the perfect operation of the collider.

However, the energy level of the LHC is only about 10Tev, and most of the experiments that are usually conducted are less than 10Tev, and they are all carried out at the level of five or six Tev.

This has already caused electricity impacts on the surrounding residents.

If the LHC's large-scale strong particle collider is replaced with the one he built in the simulated space, it may affect the power supply of the two surrounding countries once it is turned on.

Therefore, in order to provide the function of this large-scale strong particle collider capable of carrying out 110Tev, South Korea independently built a super-large controllable nuclear fusion reactor.

This super-large fusion reactor does not participate in the functional processing of the base and other things, and only gives the particle collider the function.

In the case of full power, it can generate 2.13 million kWh per hour.

In Shonan Province in 2022, during the peak electricity consumption period in summer, the daily electricity consumption will be about 5.5 million kWh.

In other words, this super-large controllable nuclear fusion reactor can supply electricity for nine Shonan provinces.

The ultimate energy in human mouth is worthy of the name.

"Xiao Ling, how is the inspection of the particle collider going? When will it be officially launched?"

In the simulated space, Won called for Xiao Ling, who built and controlled the large-scale strong particle collider.

More than three months and nearly four months have passed, thanks to the round-the-clock efforts of an artificial intelligence and a four-digit X-1 industrial robot, the large-scale strong particle collider has completed the overall construction and is about to enter Formal launch phase.

It is a pity that after such a long time, neither the EU's LHC, nor the electron-ion collider of the Brookhaven National Laboratory in the United States, nor the CEPC collider in Huaguo have found that star. Mysterious particles.

In the end, he still had to do this work himself.

However, the efforts of these countries were not in vain, at least they eliminated a lot of basic energy levels, which reduced the workload for his next experiment.

As for the large amount of manpower and material resources consumed by various countries, that is nothing at all.

"Master, the inspection of the No. [-] Large Intense Particle Collider will be completed in three days. At that time, the first power-on test run experiment will be launched to inspect the collider itself."

Soon, Xiao Ling's voice came from the communicator.

Han Yuan nodded and said, "I'll leave it to you, Xiaoling."

"Don't worry, Master!"

Three days passed quickly, and the large-scale strong particle collider built at the foot of the Korean Won has been inspected and is about to start its first test run.

Tens of millions of people nestled together in the live broadcast room to watch.

For most people, even most scientists, the operation of a large strong particle collider is too far away for them.

Even if some important results are achieved in the collision experiment and a new type of particle is discovered, most people's attention is still on the newly discovered particle.

As for the collider itself, that is probably rarely paid attention to.

[As an ordinary scientific research dog, I never thought that one day I would see a particle collision experiment with an energy level of 14.3 Tev. The most powerful LHC has ever done is only at an energy level of [-] Tev. 】

[The trial run collision experiment is at the 30Tev level, which is more than the launch of our own collider. 】

[I remember that the Brookhaven National Laboratory in the United States conducted a collision experiment at the energy level of 24.2Tev, it should be the strongest.But it will be refreshed today. 】

[The anchor made this, I remember the upper limit seems to be 110Tev? 】

[Will this energy level collision directly create a black hole?devour all? 】

[Can it simulate the Big Bang? 】

[The energy level of 100Tev is still a bit short of simulating the Big Bang, let alone tens of thousands of energy levels. 】

[I am more looking forward to whether the anchor can find the particle used to fly faster than the speed of light. 】

[Strong Graviton! 】

[Flying at the speed of light, I used to think about it when I was watching science fiction movies and novels, but I didn't expect to have the opportunity to see it with my own eyes on this day. 】

[Brothers are cute!The opportunity for alien farming has come. 】

In the live broadcast room, the audience continued to discuss.

Han Yuan ignored these barrages, he listened to Xiaoling's report carefully and earnestly, and made corresponding preparations.

"The track of the collider has been cleaned up, and it is confirmed to be unobstructed."

"Confirm that the vacuum environment of the particle orbit has been formed."

"Confirm that the orbital temperature of the collider has dropped to minus 270 [-] degrees, and the current temperature is stable."

"."

"Target energy level: 30Tev."

"Confirm that the controllable fusion reactor is operating normally, the power has been adjusted, and the circuit is in good condition."

"The data detectors such as the Zhongchao torus instrument, the compact muon coil, and the quark particle detector have been tested, and the detectors are confirmed to be functioning normally."

"."

"Start powering up!"

"The first power-on test run experiment is started!"

As Xiao Ling's voice kept ringing in my ears, and with the last sentence, "The first power-on test run experiment has started", a huge amount of energy was continuously output from that super-large controllable nuclear fusion reactor, exceeding the Power lines made of conductive materials are transported to the particle collider, and finally converged into a standard circle 300 meters below the ground.

Driven by the majestic energy output by a super-large controllable nuclear fusion reactor, the 'hydrogen particles' fired from the muzzle began to accelerate continuously, and finally collided together in the vacuum pipe, and the particles were lased out. The sparks and debris that cannot be captured by the naked eye are finally captured by various detectors deployed on the orbit of the accelerator.

Looking at the various energy spectrum images presented on the display screen, Han Yuan clenched his fists and showed a bright smile on his face.

Although it is not known how the particle collider under the feet will be after this crash test, there will be no damage.

But it is obvious that the first power-on test run experiment was successful.

Various detectors, such as the medium toroidal instrument and the compact muon coil, the quark particle detector, the cross-section elastic scattering detector, and the special target detector deployed on the acceleration orbit, have almost perfectly captured the high-energy hydrogen particles produced during the collision. all phenomena.

With this large-scale strong particle collider, he will be able to artificially create petaelectron volt hydrogen particles, create various elementary particles, simulate the moment of supernova explosion, see black holes, and neutron stars In the end is how to form.

This is not invaluable for the research of physics.

As for things such as the Big Bang at a deeper level, mysterious dark matter and dark energy, etc., the energy level of the collider under our feet needs to be raised a few more levels.

Not to mention tens of millions of Tev levels, one hundred thousand Tev levels are needed.

And when the energy level is pushed to [-], the length of the acceleration orbit of the collider can be stretched from Umqi in Huaguo to Modu at least.

To build such a super-large particle collider can be said to be a civilization-level project.

(End of this chapter)