Can a mass the size of our Sun fail to light under certain conditions?
Where does a brown dwarf fit into stellar evolution? What causes a star to light? In order to grasp the total picture, I will examine the precursors for a localized Big Bang before T = 0. After a black hole forms, centered at what once was a galaxy that has been gathering all available mass in a slow process, dark matter is captured first, next, the small particles to asteroids, then moving to stray and stable orbital planets as the gravitational field intensity balloons. Once the initial mass of the black hole reaches a point to where the repulsion force of stars can not reverse capture within the extreme gravitational field, the rate of expansion or mass infusion into the core, thus mimics a hyperbolic curve. Absorption of stellar matter and their related solar systems increases in proportion to the rate of expansion of mass related to the black hole. So why does this process stop at the edge of the galaxies instead of cannibalizing the entire of the universe? This is where the repul
