Quote:
Originally Posted by belovelife
could we super freeze hydrogen
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We can. Hydrogen was first successfully frozen in 1899. Its melting point is about 14 K.
Quote:
Originally Posted by belovelife
then strip the electrons similar to stripping the electrons in the halogen collider
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Stripping the electrons from hydrogen, that is, ionizing it, is easy, and unavoidable in many commonplace substances. For example, in exactly neutral water, one in exactly every 10 million (

, or
pH 7) hydrogen atoms have been ionized.
Nearly all of the hydrogen in the solar wind is ionized
Quote:
Originally Posted by belovelife
if so then would this cause the protons to gather and fuse a new nucleus
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No.
Protons are positively charged, and thus repel one another. For fusion to occur, an equal or greater force must overcome this repulsive force. This is known to occurs only under hot, dense conditions, such as the core of stars and nuclear bombs.
Quote:
Originally Posted by belovelife
or would it change the angular momentum of the energy of the proton and convert it to electrons and photons
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This question makes no sense.
Angular momentum and energy are distinct physical concepts. There’s no such thing as “the angular momentum of the energy of the proton”
Quote:
Originally Posted by belovelife
probable depends on the polarity placement of the magnetic field involve and or 2 magnetic fields
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Again, these words make no sense.
Belovelife, can you provide references to any of this? I fear that you are just randomly stinging together words into phrases that seem to you to have meaning. This isn’t an appropriate thing to do at a science site.
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