If there was a star in the universe that was so immensely hot that its wavelength was that of the Planck distance. (Obviously this is purely theoretical) say we managed to add more energy to make it hotter, what would happen to the wavelength, it can’t get smaller, but it has to? If you can answer this, I will vote for you, get thinking scientists!
If there was a star in the universe that was so immensely hot that its wavelength was that of the Planck distance.
Posted on June 16, 2013 by in Question. Comments Off on If there was a star in the universe that was so immensely hot that its wavelength was that of the Planck distance.
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