The particle accelerator about

The particle accelerator about

Relatvistic Heavy Ion Collider in the U.S. (RHIC) Particle 4 trillion degrees Celsius temperature was set up in the PHENIX experiment, close to speed of light struck gold nuclei together. This is the absolute temperature scale of 4 degrees Terra K world record has been measured, which is about 700 million times higher than the Sun's surface temperature of 5800 K. At this temperature, the material condition of a set of perfect fluid, with each heavy ion collisions is created, and then cooled suddenly dilated, and thousands of particles radiates.

The bold part of the CERN quoted blogs. But how to create this high temperature? The crash resulted in the gold nuclei, electron shell of peel off the electrons, increased energy levels provide the photons that are off radiate the continuous conflicts due to constantly transfer energy to the photons and the nuclei protons is torn quarks, ie electrons, the gold nuclei, protons, each three - three quarks. Further increase of the energy levels of protons torn quark gluons to photons can be given to increasing the level of radiation.

When this process reaches a very high temperature, the quark gluons stretch, viscous paste is formed.
The temperature drop due to the quarks withdraw its original shape once again recovered, and if the temperature is 6,500 billion CO cool - because of the gold nuclei formation of fusion temperature much - then again protons are generated quark pattern indicate that the magnetic fibrils pulled back into their original positions.
The point is to do nothing, this is said that the left hand does not know what he's doing better.

The following is the Origo site online quote: Geneva particle accelerator

The magnets are cooled by super fluid helium 1.8 Kelvin, that is - 271.4 ° C. The more distant outer space warmer, -270.5 degrees Celsius (2.7 K)! The magnets are liquid helium bath. The system is 96 tons of helium, 60% of this magnet in 40% and the distribution and cooling system. The whole LHC system (36,800 metric tons) is cooled in several steps. The pre-cooling in liquid nitrogen for 10 tons of 80 Kelvin (- 193.2 ° C) is reached. Then, the helium cooled 4.5 Kelvin, and the magnets are filled with 60 tons of liquid helium. The magnets are charged, the cooling continues, slowly going down 1.9 Kelvin.

The bottom line is that due to the continuous cooling in this case does not occur in the radiation of photons, but this process is taking place at the worst possible place, when you reach the 7 Te V tension.

The collisions due to the electron path from now there will be electrons, but the absence of photon emission, a net energy-making process takes place. The detached electrons with a gluon with some of them adhere to the photon gluon parts for free. Thus, an electron, a photon connect to, forming a chain of densely woven into the Accelerator airspace. When you reach the cooling 7TeV energy levels will not be sufficient if only one electron, and also increases energy levels, they immediately handled by a photon, like the chain reaction progress occurs rapidly, resulting in a massive electrical discharge. The situation is aggravated or increased by the explosion of the fact that the air is released from the atoms in the large-scale collisions of electrons due to the increased energy of the photons passing, increasing the radiation intensity. The stripped electrons from protons in a large mass due to falling into the abnormal atmosphere, creating a huge detonation. The whole Accelerator and Large 1-km range around quickly becomes nothing.

Postal System of the Universe has been brought to my notice, what will happen if you continue to increase the amount of energy. It was not in my possession the necessary knowledge to tell me know the exact reasons why the possibility of a fusion explosion suspected error.

Solution:

If you coat the particle with fullerene as superconductors without resistance provides the acceleration of particles, can reach the speed of light squared, but nothing will happen, or something you expect. The fullerene ensures that stay cool to the accelerator, so the lower photon radiation.
5 TeV protons when accessing parts of the rupture, that is, more electrons are involved in the collision.
The atmosphere generated in the fullerene network also attracts an electron, the electron-free gluon part, adhere to the fullerene gluons, so the air space can be attracted to the accelerator.
Off of the accelerator, however, caution should be exercised, since the electrons pile up, and take over the increased temperature of the electrons, which are given immediately to the photons, very quickly start a chain reaction and result in a huge explosion also.
If the Large Hadron Collider airspace electron content of a pencil dare to stage, is already showing the current.

The atmosphere in the energy network, only air-pump be removed to free space, a place that is open desert and immediate energy disclosure discharge prompt and photons to transmit print, because the air currents may remove built-up space, and it can cause great trouble. Then check current meter to be completely free of electrical power - whether the airspace.
Postal System of the Universe, requests that those who have the opportunity, this is competent to transmit the message until it's too late!

The combustion

The match ignited his usual flares, flammable matchstick because the rough surface with great force and friction of the match box is also a rough surface. In this case, the electrons break off from their orbits around the phosphorus atom, a set of gathering, attracting the surface of the photons. The electron energy due to friction increased delivery of the photons, which radiate out from this. The more energy of electrons increases, and the greater the amount of photons are attracted to the greater flame. When the spark plug ignites, the heat energy photons at higher energy levels, increase the candle wick made ​​of combustible material in the energy levels of electrons. The wick electrons around the nucleus so they leave their careers, enter a higher energy level, and the surrounding photons into electrons are attracted to one, will take over the increase in energy, which radiate from the result. Due to the radiation energy of the electrons in the wax into the next level, and the surrounding photons, which is based on attracting electrons interact with wax, again take over the energy and the emission occurs.

Explosion

Those are very flammable, which have a lot of uncommitted magnetic thread, can easily fall apart molecules and atoms in molecules, the external energy intake, ignition, ie, they attract a lot of photons. The emission takes place very rapidly, because of the many threads of the magnetic moment uncommitted fraction attracts a lot of photons. The photons are also emitted at the same time with a crash, while the electrons can gain energy, which they immediately radiate photons captured. Thus, the electron energy levels will increase quickly, which is transferred from the photons, which radiate huge amounts at a time, and break apart the atoms. The process of the air components of electrons are involved. The electrons stripped from atomic nuclei, which represent a large mass, the iron core with high magnetic attraction due to anomalies falling into the atmosphere, creating enormous pressure.
The original energy level to drop after the electrons occupy their usual orbits around the nucleus.
The atomic bomb, just as strong detonation "plain" can neutralize explosives.

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