Black Holes Grow Mass by Feeding on Swirling Dense Cold Gaseous Filaments Containing Superfluid Helium

Kyle Stewart's computer simulation shows how Galaxies grow by feeding on cold gas swirling into the theoretically inferred singularity region at the galactic core center. Stars form by condensation inside cold filaments, especially near galaxy centers. Stewart writes that "Galaxies came to be from bits of matter that were connected together by filaments." Cold gas follows the filaments and flows into the galaxy center faster than previously believed, and dark matter also funnels faster than previously believed into the galaxy center along the filaments. It's just as if the cold magnetized plasma gaseous filaments actually produce their need for inventing and attaching a dark matter gravitational force. Cold filaments containing single atom thick liquid helium atoms have inherent magnetic levitation phenomena, that can fully refute and explain away the problematic dark matter mystery and gravitational singularity.

Cold Gas Filaments Swirl Into a Singularity to Feed Growing "Black Holes" finds Kyle Stewart.