Random Facts #72 · 2:06am Apr 21st, 2017
Black holes have such a strong gravitational pull, that even light can't escape them.
There is evidence that there may be a star even denser than Neutron Stars - Quark Stars.
Quark Stars are theoretical stars that have such a high gravitational pull that the Neutrons normally found in a Neutron Star are further crushed down into the particles that make up neutrons. Namely, Quarks.
There's actually very little to no evidence to the existence of White holes, as it has been predicted that any mass ejected from a possible White hole would immediately collapse to form a Black hole, which would then destroy the White hole.
Brown Dwarfs are stars that were never able to start the process of Nuclear fusion, typically due to a lack of sufficient mass.
Oo, sounds like an impossible inversion matrix!
I actually knew that about black holes.
4503863 *Implodes*
4503918
*explodes*
4503972 *Shamelessly mentions the upcoming 100 follower special that's currently collecting ideas in the most recent blog*
4503984
Dat one hundred follower special. I'm at 50 now, and I have a lot to get out there now. I promised 3 whole fics.
4504006 orig04.deviantart.net/3db3/f/2012/363/1/e/clapping_pony_icon___twilight_sparkle_by_taritoons-d5pkpl8.gif
4504009
Isn't that exactly what you told me not to do?
4504014 ¯\_(ツ)_/¯
Jupiter is considered a brown dwarf by some. It does generate its own heat, just not enough to make the fusion go.
Chandreskar limit says no
Wonder what Quark from Star Trek would think of that?