Dark Matter Tonight I saw the light! Dark matter is not a strange exotic stuff. Dark matter was ordinary matter. Dark matter is the last stage of a degenerative process of ordinary matter. This degenerative process takes place in deep space at temperatures close to absolute zero. When ordinary matter reaches absolute zero becomes dark matter. When ordinary matter it reaches absolute zero does not cease to exist. It becomes invisible and inert, becoming dark matter. Dark matter continues to interact with ordinary matter only through gravity. It is estimated that dark matter is 25% of universe, so dark matter is 83,25% of all the matter in the known universe, the remaining 16.75% is all that remains of the luminous matter, after a cooling process of our universe lasted for billions of years, which is still ongoing, and that continues to transform normal matter in dark matter. The fundamental difference between dark matter and ordinary matter is that dark matter is completely devoid of heat energy. If Im right in the large particle colliders we can find any particle, but not dark matter, because we do collide ordinary matter by heating it further. Instead, to find dark matter, we have two possible methods: Or we travel into deep space in a field of dark matter, and we detonated a hydrogen bomb, hoping that the process is reversible. Or in laboratory by recreating the conditions that lead ordinary matter to be dark matter. In practice freezing an atom of any element of the periodic table, bringing it to a temperature of absolute zero, which is 0 K ( -273.15 ° C ) What I would expect to see with these two very hypothetical experiments is: or see appearing from nowhere ordinary matter that was previously invisible, or see disappear ordinary matter. But unfortunately, in theory, absolute zero is unattainable in the laboratory to the laws of physics.
Posted on: Wed, 12 Mar 2014 10:10:38 +0000
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