Difference between bose einstein condesate and super atom
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A Bose–Einstein condensate is a phase of matter formed by bosons cooled to temperatures very near to absolute zero (0 kelvin or -273.15 degrees Celsius).
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This super atom has a nucleus made up of a collection of the same type of atom, with all the groupings of protons and neutrons congregating at the center. The electrons, however, migrate and form a “closed shell” around the nucleus. This is when the orbital level that the outer-most electrons exist in is stable and is around the nucleus of the atoms. Thus, the group of nuclei is surrounded by electrons and is collectively known as a super atom.
WHILE AS
This super atom has a nucleus made up of a collection of the same type of atom, with all the groupings of protons and neutrons congregating at the center. The electrons, however, migrate and form a “closed shell” around the nucleus. This is when the orbital level that the outer-most electrons exist in is stable and is around the nucleus of the atoms. Thus, the group of nuclei is surrounded by electrons and is collectively known as a super atom.
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