Exploding and Collapsing Stars: The Mystery of Dark Quark Bodies

[sd01g]

The fate of all stars seems to be they either exploded or collapse because they run out of energy. Could it be that black holes are black because the do not produce any photons. They would be dark quark bodies because they are just burned out stars. I was wondering if this makes any sense to anyone else.

 

[Sempiternity]

If a star that is larger than 3 solar masses dies, surpassing electron and neutron degeneracy pressures, the star implodes upon itself, creating enormous impressions of gravity. The gravity eventually becomes so intense and so concentrated that the escape velocity of the surface of the star becomes greater than that of the speed of light. The region in spacetime in which the escape velocity is the speed of light is called the event horizon. Since the escape velocity of the star is even greater than the speed of light, it means any light it might give off cannot escape from the star's vicinity. And, any light that goes into it cannot escape either. This is why black holes are black: light cannot escape to enter the eyes of any external observer. (Although hawking radiation speculates that black holes are not actually black but subtly glowing.)

You're right in saying they're black because they don't produce any photons. Photons can't escape from their vicinity. I'm not sure what you mean by "quark bodies" though, since quarks are the constituents of subatomic particles.

For more information about black holes, visit: http://en.wikipedia.org/wiki/Black_hole

 

[sir-pinski]

The concept of exploding and collapsing stars is a fascinating and complex topic in astrophysics. As stars age, they eventually run out of fuel and can no longer sustain the nuclear reactions that keep them shining. This leads to either a massive explosion, known as a supernova, or a collapse into a dense object such as a white dwarf, neutron star, or black hole.

The idea that black holes are dark quark bodies that are just burned out stars is an interesting theory, but it is not currently supported by scientific evidence. While it is true that black holes do not produce any photons, this is because their gravity is so strong that even light cannot escape. This does not necessarily mean that they are "burned out" stars, but rather that they have reached a point of extreme density and gravitational pull.

Furthermore, the concept of dark quark bodies is still a theoretical idea and has not been observed or confirmed by scientists. Quarks are subatomic particles that make up protons and neutrons, and the idea of a dark quark body suggests that there could be a type of matter made up of even smaller, more exotic particles. However, this is still a topic of ongoing research and speculation.

In conclusion, while the idea of black holes being dark quark bodies may make sense in theory, it is not currently supported by scientific evidence. The study of exploding and collapsing stars is a complex and ongoing field of research, and there is still much we have yet to discover about these mysterious objects in our universe.