@JustXAshton Asthon what about:
"If white holes were always microscopic, atmospheric boundary dependent, and unifying field gravity dependent, it would significantly alter our understanding of their formation, behavior, and potential connection to black holes and wormholes."
Hard to explain
"If white holes were always microscopic, atmospheric boundary dependent, and unifying field gravity dependent, it would significantly alter our understanding of their formation, behavior, and potential connection to black holes and wormholes."
Hard to explain
@JustXAshton "If white holes were always microscopic, it challenges idea of them being large, massive objects formed from gravitational collapse, as in the classic white hole theory. Their formation might be more related to quantum gravity or quantum mechanical effects at the Planck scale."
@JustXAshton Atmospheric Boundary Dependence:
"This would suggest their formation and behavior are linked to the dynamics of the surrounding atmosphere or spacetime structure. They could act as localized disturbances or portals, influenced by the gravitational field and other forces."
"This would suggest their formation and behavior are linked to the dynamics of the surrounding atmosphere or spacetime structure. They could act as localized disturbances or portals, influenced by the gravitational field and other forces."
@JustXAshton Unifying Field Gravity Dependence:
"This implies that a unified theory of gravity and other forces, including quantum gravity, would be essential to fully understand white hole behavior. The existence and properties of white holes could be a clue to this unified theory."
"This implies that a unified theory of gravity and other forces, including quantum gravity, would be essential to fully understand white hole behavior. The existence and properties of white holes could be a clue to this unified theory."
@JustXAshton Localized Events:
"If white holes were atmospheric boundary dependent, they could appear as localized, temporary events within the atmosphere, similar to atmospheric disturbances but with gravitational implications."
Depends on an underlying organizing field & power from it
"If white holes were atmospheric boundary dependent, they could appear as localized, temporary events within the atmosphere, similar to atmospheric disturbances but with gravitational implications."
Depends on an underlying organizing field & power from it
@JustXAshton "Facilitating quantum tunneling between black holes & other spacetime, creating localized quantum fluctuations.
If atmospheric boundary dependent, white holes act as energy channel exchanging between black holes & the surrounding environment, affecting long-term behavior"
If atmospheric boundary dependent, white holes act as energy channel exchanging between black holes & the surrounding environment, affecting long-term behavior"
@JustXAshton The reason we haven't seen white holes proven as Einstein predicted is he was wrong about Cosmological Constant and unifying field. They're related to white holes because white hole is just action of distribution from saturatedblack holes, not literal white hole separate objects.
@JustXAshton @threadreaderapp please unroll for the future of humanity and keeping ashton out of trouble by himself
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