US EditionPhysicists Found a Path to Black Holes That Einstein Couldn’t See Coming
5 Articles
5 Articles
(Daejeon = Yonhap News) Reporter Park Joo-young = A research result has been published that Einstein's theory of gravity cannot explain the reason why the black hole's ring is distorted.
Black holes, these extreme cosmic entities, may well contain the missing clues to solve one of the greatest mysteries of physics: the unification between relativity...
We all know that black holes are those points in space where gravity is so strong that they become a trap for light and matter. But this is just half the story: the theory of relativity also contemplates the existence of white holes. These astronomical objects, instead of absorbing matter, would expel it. Now a new study addresses what white holes would look like in reality.
Measurement Theory Links Time, Spacetime, And Emergent Classical Reality
Measurement-Induced Temporal Geometry proposes that spacetime, causality, and time itself emerge from quantum measurement acting upon an internal time field, modelling gravity and cosmology as consequences of measurement-induced entropy and offering testable predictions regarding cosmic microwave background anisotropies and black hole echoes, potentially reconciling general relativity and quantum mechanics through an emergent spacetime paradigm.
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