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New Theories / Do Black Holes turn into something like Quark Stars?
« on: 29/01/2024 17:13:27 »
I am not sure why we should consider black holes as something so odd when I think the answer has been with us for some time......
We know there are two things that define the type of star we get, mass and density in space time. I think I got that right! So we calculate the type of star from the amount of mass in a given area. Our sun for example, we know will not become a black hole as it does not have sufficient mass to collapse down that far.
As the mass increases and pressure then we get different types of stars that result in objects incredibly dense, such as a neutron star. This is at a point where the density becomes so high that it overcomes the electrostatic repulsion between protons, allowing them to merge with electrons to form neutrons.
The pattern here seems to be that with increasing density, pressure and mass the atomic bonds of atoms themselves are altered under these conditions creating these dense objects.
Up until this point all the objects are known as stars. Then we get to a black hole, now I see a black hole as just another type of star, a star where the density, mass and pressure have reached a point where it causes the particles in the atoms to become so squashed together that it allows for the creation of this super dense object aka a black hole.
As we now understand blackholes are not eternal objects and I think the idea of infinite mass is just silly. Nothing is infinite and cannot be, it is a mathematical concept that should not be applied to real world physics.
Black holes lose energy though Hawking radiation until it is thought they just kind of evaporate away. However I say that is not the case and cannot be the case. What must happen is that after the density of the Black hole reaches a critical point, where the pressure is no longer able to maintain a singularity, then the black hole, or black star as i like to think of it as, becomes a different type of star, one that is visible again and maybe, just maybe these newly discovered Quark stars might be the candidate I am postulating should exist.
I bet there must be a pretty big bang when the black hole does snap into a less dense entity too? I am not sure which way the energy would go, if you have an area where the very nuclear bonds between atoms is overcome what would happen when they are able to reform those bonds under less extreme conditions?
We know there are two things that define the type of star we get, mass and density in space time. I think I got that right! So we calculate the type of star from the amount of mass in a given area. Our sun for example, we know will not become a black hole as it does not have sufficient mass to collapse down that far.
As the mass increases and pressure then we get different types of stars that result in objects incredibly dense, such as a neutron star. This is at a point where the density becomes so high that it overcomes the electrostatic repulsion between protons, allowing them to merge with electrons to form neutrons.
The pattern here seems to be that with increasing density, pressure and mass the atomic bonds of atoms themselves are altered under these conditions creating these dense objects.
Up until this point all the objects are known as stars. Then we get to a black hole, now I see a black hole as just another type of star, a star where the density, mass and pressure have reached a point where it causes the particles in the atoms to become so squashed together that it allows for the creation of this super dense object aka a black hole.
As we now understand blackholes are not eternal objects and I think the idea of infinite mass is just silly. Nothing is infinite and cannot be, it is a mathematical concept that should not be applied to real world physics.
Black holes lose energy though Hawking radiation until it is thought they just kind of evaporate away. However I say that is not the case and cannot be the case. What must happen is that after the density of the Black hole reaches a critical point, where the pressure is no longer able to maintain a singularity, then the black hole, or black star as i like to think of it as, becomes a different type of star, one that is visible again and maybe, just maybe these newly discovered Quark stars might be the candidate I am postulating should exist.
I bet there must be a pretty big bang when the black hole does snap into a less dense entity too? I am not sure which way the energy would go, if you have an area where the very nuclear bonds between atoms is overcome what would happen when they are able to reform those bonds under less extreme conditions?