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Shu Sheng
Black holes grow by absorbing matter, which includes galaxies and black holes. Would the growth of black holes overtake the expansion of space time and collapse the entire universe?
Shu Sheng said:Black holes grow by absorbing matter, which includes galaxies and black holes. Would the growth of black holes overtake the expansion of space time and collapse the entire universe?
it is possible but on opposite condition that the expansion of space-time overtake the growth of black hole means by the entropy of time ,space more and more expand like a sheet losing its thickness which may lead to more growth of black hole and by emerging in one another the whole mass of universe return to big bang singularityShu Sheng said:Black holes grow by absorbing matter, which includes galaxies and black holes. Would the growth of black holes overtake the expansion of space time and collapse the entire universe?
This does not make sense. Can you restate what it is that you are saying?FRK said:it is possible but on opposite condition that the expansion of space-time overtake the growth of black hole means by the entropy of time ,space more and more expand like a sheet losing its thickness which may lead to more growth of black hole and by emerging in one another the whole mass of universe return to big bang singularity
hence the universe collapse,
and new universe begins....
How would the expansion of space time lead to the growth of a black hole? Cosmological expansion does not make things larger.FRK said:it is possible but on opposite condition that the expansion of space-time overtake the growth of black hole means by the entropy of time ,space more and more expand like a sheet losing its thickness which may lead to more growth of black hole and by emerging in one another the whole mass of universe return to big bang singularity
No, it is not. It is an estimate of the OBSERVABLE universe. The whole universe is unknown in scope but likely at least orders of magnitude larger than the observable universe and possibly infinite.microtech said:According to NASA/WMAP, that is a somewhat reasonable "Mass of the Universe" estimate ...
A supermassive black hole is a type of black hole that has a mass equivalent to billions of suns. It is located at the center of most galaxies, including our own Milky Way.
According to some theories, a supermassive black hole could eventually consume all matter in its vicinity, including stars and even other black holes. As it continues to grow, it could eventually become the dominant force in the universe, pulling all matter towards it and causing the universe to collapse.
If the entire universe ended with a supermassive black hole, our solar system would likely be destroyed as it gets pulled in and consumed by the black hole. The intense gravitational forces would also likely cause any remaining planets to collide and break apart.
While there are theories that suggest this could be a possibility, it is not currently supported by scientific evidence. The future of the universe and the fate of supermassive black holes are still areas of active research and debate among scientists.
It is difficult to determine an exact timeline for the potential end of the universe with a supermassive black hole. Some theories suggest it could happen in billions or even trillions of years, while others propose it could occur much sooner. Further research and observations are needed to better understand the fate of the universe.