Aevum
Headphoneus Supremus
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- May 15, 2007
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well, it all depends on the "packaging" of the material, the interaction of its intermolecular bonds and how the energy around them affect it,
but basicly freezing is more of a observation term and applied mostly to materials which are liquids in room temperature, it would be more scientificly correct to say it solidified, as the lowest energy status is usualy solid,
but then you have funky materials like helium, which only becomes liquid at absolute 1 (-272 degrees C), those are superfluids, which dont become solids, but are kind of fluids with some gas properties (you should see liquid helium climb out of a container, quite a show),
but basicly freezing is more of a observation term and applied mostly to materials which are liquids in room temperature, it would be more scientificly correct to say it solidified, as the lowest energy status is usualy solid,
but then you have funky materials like helium, which only becomes liquid at absolute 1 (-272 degrees C), those are superfluids, which dont become solids, but are kind of fluids with some gas properties (you should see liquid helium climb out of a container, quite a show),