"The RHIC, however, is still performing important work mapping exactly how these frictionless materials phase into gasses shortly after being created" Scientifically, it is called the Hagedorn temperature. It's incredible that energy was created from just those two atoms. "According to the current best measurements, the quark-gluon plasma scientists created momentarily reached temperatures of about 9.9 trillion degrees Fahrenheit, trouncing the RHIC's record of 4 trillion degrees, which is already about 250,000 times hotter than the center of the sun" It seems fairly obvious that this is the same process our universe used to create the "Big Bang" and all its expanding galaxies. They theoretically had no initial energy so the energy seen in the collider is basically a pure net-gain. Aside from the energy needed to get the atoms to those speeds, they could be just two objects randomly floating in space that happened to collide at an unbelievable speed. It is really impossible to comprehend that temperature yet it is happening from destroying the atoms into quarks. "Scientists at CERN's Large Hadron Collider may have created the world's hottest man-made temperature, forming a quark-gluon plasma that could have reached temperatures of 9.9 trillion Fahrenheit" It will simply go through the same process and slowly get dimmer through its life until it goes completely dark.īetelgeuse is continuing to behave mysteriously-here's what would happen if it explodedĭoes CERN create the ultimate energy of the universe? Absolutely. The sunspot on Betelgeuse was created by a pool of iron that was partially blocking the light but now the core has found a weak spot and is shining through to become much brighter. Iron pools up and drops the temperature below 5,000° F on the Sun and that is up against 10,000° instead of 6,000°. The dimming came from a giant sunspot no different than any of the ones we see on our Sun. To turn iron into a gas it takes 5182° F so Betelgeuse is basically right next to the temperature that iron would be in a liquid state while our Sun is much hotter. The surface of Betelgeuse is 6,000° Fahrenheit while our Sun is 10,000°. This is where Betelgeuse can be explained. Then, the endless energy of the quark plasma uses the beta minus decay reaction to form all the other elements. When enough neutrons congregate on the surface, they are able to transform into hydrogen giving the black hole the first elements it will see. The quarks fuse with the sterile electron neutrinos space is made of to create the first neutrons, and optically visible light, the black hole will ever possess. Without space, no energy would exist.īlack holes are absolute maximum kinetic energy stars and must use the second law of thermodynamics to cool to potential energy. Energy is nothing but normal matter manipulating the field of space. The strong force is ultimately between quarks and these neutrinos.
The "gluons" are actually the particles of the field of space which are called sterile electron neutrinos. The field of space is what created all these laws but was forgotten when the universe was formed out of quark gluon plasma. This is how the universe follows the law of conservation of mass and energy and, consequently, the second law of thermodynamics. This is the plasma black holes are made of and it encases itself with elements over time creating a solid rock like our moon over many billions of years. Its catalyst is the fundamental particles the field of space is made of and uses what's called "zero point energy" to create energy from the separated quarks. It is the most efficient reaction that exists and only uses the smallest fundamental particles in the universe which are quarks.
What is not understood is what's underneath the surface of all stars or even planets that gives them their endless energy. Sometimes parts of the star are able to survive.
This process destroys the surface of the star and allows the incredible energy of the core to eject out into space towards us. No star ever explodes unless it is severely damaged by a rogue object. It can't produce an explosion any bigger than the one it has been living through for billions of years. The problem is that a star is nothing but a constant explosion that never stops. Betelgeuse once got very dim but now has gotten very bright leading scientists to think it may explode in the near future.
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