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DaniV
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How does white holes curving the space-time manifold?
(I prefer see picture of white hole influence in addition to the explanation).
(I prefer see picture of white hole influence in addition to the explanation).
DaniV said:How does white holes curving the space-time manifold?
(I prefer see picture of white hole influence in addition to the explanation).
BobDruzisky said:I have read conflicting propositions on the properties of a white hole. I have read that a white hole: has mass, has no mass and has negative mass.
BobDruzisky said:I have read that objects would be attracted to a white hole (i.e. it has mass) but that it could never reach the white hole.
BobDruzisky said:The image that I presented above
BobDruzisky said:If this latter interpretation is correct
White holes are hypothetical objects in space that are the opposite of black holes. While black holes have such strong gravitational forces that nothing, including light, can escape from them, white holes are thought to have such strong repulsive forces that nothing can enter them.
Currently, there is no evidence to suggest that white holes actually exist in our universe. They are a purely theoretical concept based on mathematical models and are not supported by observational data. However, some scientists believe that white holes may have existed in the early universe and could potentially exist in other regions of the universe that we have not yet explored.
White holes and black holes have opposite properties. While black holes have an event horizon, a point of no return, white holes have an event horizon that nothing can enter. Black holes have a strong gravitational pull, while white holes have a strong repulsive force. Additionally, black holes are thought to shrink over time, while white holes are thought to grow.
Some theories suggest that white holes and wormholes are connected. A wormhole is a hypothetical tunnel through space-time that could potentially connect two distant points in the universe. It is thought that a white hole could be one end of a wormhole, with the other end being a black hole in a different location in space-time.
White holes and black holes both have a significant impact on the fabric of space-time. They create distortions in the fabric of space-time, known as gravitational waves, which can be detected by advanced instruments. Additionally, the study of white holes and black holes has led to advancements in our understanding of general relativity and the nature of space-time itself.