Dark Matter Hypothesis

[Arian L. Gorman]

I've posted this elsewhere but I need feedback and I currently don't currently have that luxury. 

Black holes are formed in the collapse of a super massive star. Assuming that black holes aren't gateways to other universes or that when a black hole is formed a white hole is formed, this is due to the first law of thermodynamics. My hypothesis is that black holes do emit "hawking radiation" but not actually part of the electromagnetic spectrum. This is because black holes emit axions, a smaller and faster particle than was previously thought of is actually faster than the speed of light. This axion would be a base sub particle that would come to form elementary particles. This would help to explain why it is still a theoretical particle and has yet to be discovered yet be fundamental to many theories about our universe. My hypothesis would put black holes being the creator of axions and this is what dark matter is. This is speculation but as time continues to move forward form our perspective as the fourth dimension, axions aren't affected by time due to their speed thus they don't decay and would eventually take up more space over time which would help explain the universes expansion rate as it is ever increasing and nearly equal across the universe. Quantum mechanics states that in space particles con "pop" in and out of existence however, these base sub particles axions actually absorb radiation to form elementary particles. These are unstable particles so the existence is short lived. This hypothesis can be dangerous to test since you would need a near vacuum chamber with a substantial amount of radiation able to penetrate the chamber in a high enough quantity to be able to form some elementary particles that can be observable.

Edited July 17, 2016 by Arian L. Gorman
I left part of the rough draft from an earlier post.

[UmbralRaptor]

Admittedly my knowledge here is a bit sketchy, but axions are relatively light, right? So outside of some way for them to be consistently low energy they're hot dark matter when what is 'needed' is more cold dark matter?

[PB666]

11 hours ago, Arian L. Gorman said:

I've posted this elsewhere but I need feedback and I currently don't currently have that luxury. 

Black holes are formed in the collapse of a super massive star. Assuming that black holes aren't gateways to other universes or that when a black hole is formed a white hole is formed, this is due to the first law of thermodynamics. My hypothesis is that black holes do emit "hawking radiation" but not actually part of the electromagnetic spectrum. This is because black holes emit axions, a smaller and faster particle than was previously thought of is actually faster than the speed of light. This axion would be a base sub particle that would come to form elementary particles. This would help to explain why it is still a theoretical particle and has yet to be discovered yet be fundamental to many theories about our universe. My hypothesis would put black holes being the creator of axions and this is what dark matter is. This is speculation but as time continues to move forward form our perspective as the fourth dimension, axions aren't affected by time due to their speed thus they don't decay and would eventually take up more space over time which would help explain the universes expansion rate as it is ever increasing and nearly equal across the universe. Quantum mechanics states that in space particles con "pop" in and out of existence however, these base sub particles axions actually absorb radiation to form elementary particles. These are unstable particles so the existence is short lived. This hypothesis can be dangerous to test since you would need a near vacuum chamber with a substantial amount of radiation able to penetrate the chamber in a high enough quantity to be able to form some elementary particles that can be observable.

While I do not subscribe to every Hawkings belief the Hawkings radiation is one that i subscribe to, the reason is that there that quantum mechanics suggest that this is the case and there has some verification.