@zeus-_ The implosion of a big star creates a rupture of atoms in a area around it where nothing resides, not even small mollecules and that how a black hole is formed
. Due to the gravitational pull of a big star(i.e sun), that propriety is conserved and the black hole pulls everything inside with a speed of aprox 1km per hour. Every black hole has 3 layers, the outer layers with debris and star dust, the middle layer, and the inner layer where all the mass is present. Once light enters the black whole it dissapears since dark matter is the only material that can absorb 99% of the light and the rest 1% is lost in the void. If a planet enters the black whole it is ripped apart by the gravitational pull at it`s center. The dimension of a black hole can be sometimes the size of a solar system and the inner region might even be larger. Hope i helped shining some light =)

@jessy23 still looking for casual chat?

@zeus-_ The implosion of a big star creates a rupture of atoms in a area around it where nothing resides, not even small mollecules and that how a black hole is formed
. Due to the gravitational pull of a big star(i.e sun), that propriety is conserved and the black hole pulls everything inside with a speed of aprox 1km per hour. Every black hole has 3 layers, the outer layers with debris and star dust, the middle layer, and the inner layer where all the mass is present. Once light enters the black whole it dissapears since dark matter is the only material that can absorb 99% of the light and the rest 1% is lost in the void. If a planet enters the black whole it is ripped apart by the gravitational pull at it`s center. The dimension of a black hole can be sometimes the size of a solar system and the inner region might even be larger. Hope i helped shining some light =)