Astrophysical phenomena explainable by the particles’ density levels in a Cold Genesis Theory

The paper shows that some astrophysical phenomena such as the initial TOV limit of neutron stars’ mass and the transition density interval from neutron star to a quark star, can be explained unitary, by the specific structure and the density levels of the fermionic elementary particles specific to the particle models of a Cold genesis theory of the author: superdense centroid, kerneloid and photonic shell maintained by etherono-quantonic vortex/vortices of magnetic moment(s), which explain and physical phenomena such as: the connection between the photon’s structure and the electronic neutrinos, the scattering centers experimentally evidenced inside the proton at electron-proton scattering at high and very high energies and inside the electron by X-rays, the Compton effect, the nuclear and the strong force, in a fractalic scenario of particles’ forming, from the considered etherono-quantonic energy.