Energy is another term for 'disparate matter' - subatomic particles such as neutrinos, positrons, electrons, and photons. Their movement is the transmission of energy - photons carry most of the heat and light we feel from the sun; neutrinos carry the excess energy from the fusion process, etc., and though these particles are *very* small, they *must* occupy at least 3 dimensions to exist. (It's possible they occupy more...) Even if you investigate string theory, the plane with which the strings occupy vibrate in a 3rd dimension.
Does energy have mass? Dark Matter seems too, perhaps its energy shoved into a higher dimension that can't entropy or loss "energy" over time, thus always exists.
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An excellent question...
Energy is another term for 'disparate matter' - subatomic particles such as neutrinos, positrons, electrons, and photons. Their movement is the transmission of energy - photons carry most of the heat and light we feel from the sun; neutrinos carry the excess energy from the fusion process, etc., and though these particles are *very* small, they *must* occupy at least 3 dimensions to exist. (It's possible they occupy more...) Even if you investigate string theory, the plane with which the strings occupy vibrate in a 3rd dimension.
So... I'm going to say yes.
Does energy have mass? Dark Matter seems too, perhaps its energy shoved into a higher dimension that can't entropy or loss "energy" over time, thus always exists.
Who knows?
Does color?
Energy, like color, is a property of matter (or, really, fields, of which matter is one example). It doesn't exist on its own.