http://oolong.co.uk/tor1.htm
If you squeezed all the space out of the universe, all matter /energy would collapse into a very small ,very dense Black Hole
And I don't just mean intergalctic, interstellar ,and interatomic space.
I also mean the space within atoms (wch are also mostly empty space)
Is there a limit to how far matter/energy can be compressed?
If you squeezed all the space out of the universe, all matter /energy would collapse into a very small ,very dense Black Hole
And I don't just mean intergalctic, interstellar ,and interatomic space.
I also mean the space within atoms (wch are also mostly empty space)
Is there a limit to how far matter/energy can be compressed?
Is there space inside subatomic particles such as neutrons ,just as there is inside atoms?
ReplyDeleteCan neutrons collapse into an even denser form of matter?
What is the mass density of some Quarks?
Great questions!
ReplyDeleteIt would be interesting to compare the mass densities of neutrons,protons, electrons,etc.
Presumably the mass density of a Black Hole is greater than that of a Neutron star.
I would expect that the more massive the Black Hole the more it's mass would be compressed by gravity into a smaller diameter.
Wch raises the question of whether there is a limit to how far matter can be compressed!
Are you saying that all the matter/energy that falls through 'THE EVENT HORIZON" into a Black Hole emerges on the other side as a White Hole?
ReplyDeleteMaaybe!
ReplyDeleteWhere does all that matter/energy
go?
How massive can a Black Hole get?
Recently a Black Hole was detected with a mass 20 billion times the mass of our sun.
Wahat is it's diameter?
What is it's rotational velocity?
Why have no White Holes been detected?
ReplyDelete