JLowe
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DaleSpam said:Compressibility does not imply the existence of empty space, and the fact that energy is required seems to imply the opposite. After all, how much work does it take to compress vacuum?
What is it that is actually gets compressed then in a neutron star? I had assumed that what seemed like solid ground was only solid due to electron repulsion of the atoms.(Of course there are chemical bonds, etc as well) And If this repulsion is overcome, the nuclei compress closer together spatially.
And compression of vacuum is "easy" until pressure is equalized correct? At which point it begins taking more and more energy to force more matter into the same volume.
I apologize if my questions seem overly naive.