Posted: Jul 12, 2018 7:49 am
"Gravitational attraction between gas clouds is not a repulsive force."
Repulsive forces in a white dwarf are the result of the Pauli prohibition, and gravity, as I suppose, counteracts these forces, which creates attraction.
"The PEP does not an inverse square law make."
There is no inverse law for the effect of Pauli's prohibition on the interaction between specific particles. When many atoms interact, the result of the action of these forces ceases to be discrete. Temperature and internal friction "smear" it. In a white dwarf, the pressure of a degenerate gas, counteracted by gravity, can vary continuously and depends only on the density of the gas.
I fully realize that my arguments may seem controversial, despite the fact that, in my opinion, they are confirmed by many physical phenomena. However, I believe that this hypothesis deserves an experimental verification, which does not require any expenditure. It is enough to have a modern gravimeter.
Repulsive forces in a white dwarf are the result of the Pauli prohibition, and gravity, as I suppose, counteracts these forces, which creates attraction.
"The PEP does not an inverse square law make."
There is no inverse law for the effect of Pauli's prohibition on the interaction between specific particles. When many atoms interact, the result of the action of these forces ceases to be discrete. Temperature and internal friction "smear" it. In a white dwarf, the pressure of a degenerate gas, counteracted by gravity, can vary continuously and depends only on the density of the gas.
I fully realize that my arguments may seem controversial, despite the fact that, in my opinion, they are confirmed by many physical phenomena. However, I believe that this hypothesis deserves an experimental verification, which does not require any expenditure. It is enough to have a modern gravimeter.