- #1
Eddyb1
- 3
- 0
My Vision of a Black Hole,
Two questions at the bottom about Gravity and Dark Energy
When most Black Hole are created from a hyper nova, they begin their life as a quasar, shooting out unwanted gas from core as its overloaded with matter.
When a black hole is created, and because of the manner in which it collapses this would create a massive and sudden pull in the very fabrics of space time itself - similar to dropping a large bolder in the ocean, there would be a massive hole and a wave, and then the water would quickly rush back to the centre to fill the void created by the impact.
This would create a rush of un-wanted matter towards the Black Hole, this matter can and will be pulled in at its equator (event horizon) and ejected at its poles, which would explain the quasars of a newly formed black hole forming a new galaxy.
Because of the sudden impact on the surrounding regions of the very fabrics of space and the gravitational pull from a new born Black Hole and a newly created gravitational centre for the gas and surrounding stars, this may explain the spinning and rotational shape and arms seen in most galaxies, yet the galaxies don't continue to spin later in life when the quasar has receded.
Question 1
Isn't it possible that past the event horizon of a Black Hole that gravity returns to a state of force and not pull, because at, and up to the event horizon gravity itself would become a victim of the Black Hole - and that there may be a point of an equal gravitational force just a little further out across the galaxy - but the same gravitational force at the inner and outer points of a galaxy, and a force that continues far beyond each galaxy, and could that explain the sync rotation, and the initial rotation resides because of the inertia created from the creation of a Black Hole?
Question 2
If the above answer is a definite no, and you need to add six times more matter into the equation in the form of a dark matter to balance out the gravitational spin of a galaxy, would i be right in saying that a proton has matter? and has anybody been able to calculate the amount of matter created by all the stars in the form of light (protons) in any given galaxies?
If a proton does have matter, that's a lot of matter that could be in fact the supposable dark matter they are looking for right? and as a galaxy matures it has a lot more stars, light and protons.
Id love if someone could answer these questions, as they have being floating around in my head for many years.
Eddy
Two questions at the bottom about Gravity and Dark Energy
When most Black Hole are created from a hyper nova, they begin their life as a quasar, shooting out unwanted gas from core as its overloaded with matter.
When a black hole is created, and because of the manner in which it collapses this would create a massive and sudden pull in the very fabrics of space time itself - similar to dropping a large bolder in the ocean, there would be a massive hole and a wave, and then the water would quickly rush back to the centre to fill the void created by the impact.
This would create a rush of un-wanted matter towards the Black Hole, this matter can and will be pulled in at its equator (event horizon) and ejected at its poles, which would explain the quasars of a newly formed black hole forming a new galaxy.
Because of the sudden impact on the surrounding regions of the very fabrics of space and the gravitational pull from a new born Black Hole and a newly created gravitational centre for the gas and surrounding stars, this may explain the spinning and rotational shape and arms seen in most galaxies, yet the galaxies don't continue to spin later in life when the quasar has receded.
Question 1
Isn't it possible that past the event horizon of a Black Hole that gravity returns to a state of force and not pull, because at, and up to the event horizon gravity itself would become a victim of the Black Hole - and that there may be a point of an equal gravitational force just a little further out across the galaxy - but the same gravitational force at the inner and outer points of a galaxy, and a force that continues far beyond each galaxy, and could that explain the sync rotation, and the initial rotation resides because of the inertia created from the creation of a Black Hole?
Question 2
If the above answer is a definite no, and you need to add six times more matter into the equation in the form of a dark matter to balance out the gravitational spin of a galaxy, would i be right in saying that a proton has matter? and has anybody been able to calculate the amount of matter created by all the stars in the form of light (protons) in any given galaxies?
If a proton does have matter, that's a lot of matter that could be in fact the supposable dark matter they are looking for right? and as a galaxy matures it has a lot more stars, light and protons.
Id love if someone could answer these questions, as they have being floating around in my head for many years.
Eddy