Is there an Incompressible Unit used in theoretical astrophysics calculations?

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Offline CliffordK

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Is there an Incompressible Unit that is used in all theoretical astrophysics calculations?

I guess I don't buy the "Point Singularity" argument that is so often used to describe "infinite density" from which other calculations are derived.

For example, would a neutron, with a diameter of about 1 femtometer be incompressible?  Or is a neutron made up of incompressible subatomic particles?

I think I'm now understanding that if you set your event horizon at say 1 attometer, it doesn't take much mass to create a "black hole", whatever that would mean on an attometer scale.  However, is it even possible to compress a neutron or a proton into the size of an electron?

Perhaps part of the answer would be whether or not atomic nuclear sizes follow a cubic (cubic root) progression from Hydrogen or Helium up to Uranium/Plutonium/Americium. Can we even measure it accurately enough to know?

(sorry...  the progression of volumes to diameter or radius would be a cubic root, rather than a cubic progression).
« Last Edit: 24/12/2010 05:49:44 by CliffordK »


Offline Foolosophy

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Do you accept Planck limits?