Brianok
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- A wormhole collides with a black hole
A wormhole collides with a black hole------------what would happen?
A collision between a wormhole and a black hole results in the collapse of the wormhole, leaving the black hole intact. According to physicists, wormholes are inherently unstable upon the introduction of matter, which is significant given that black holes contain vast amounts of mass. The discussion highlights the Einstein-Rosen bridge, a theoretical construct within Schwarzschild spacetime, which describes a scenario where two separate universes are connected by a transient wormhole that ultimately collapses. Additionally, alternative wormhole solutions exist, such as those proposed by Thorne, Morris, and Yurtsever, which do not involve black holes.
PREREQUISITESThe discussion is beneficial for theoretical physicists, astrophysicists, and students interested in advanced concepts of general relativity and the interplay between wormholes and black holes.
A wormhole is a mathematical construct, so nobody can tell what nature would do. I recently heard from the physicist that wormholes are unstable as soon as matter falls in, and a black hole is a large amount of matter, or at least mass. So according to this scientists, the wormhole would collapse and the black hole would remain.Brianok said:Summary: A wormhole collides with a black hole
A wormhole collides with a black hole------------what would happen?
Torbert said:I understood wormholes to be a function of black holes rather than being separate entities.
Torbert said:If my recollections are correct, if a wormhole with a black hole at each end met another black hole then the wormhole would either collapse or reform with one end intact and the other connected with the new larger black hole.