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You could Google what is Hawking radiation yourself, but you are clearly wanting to stay in denial of reality because Hawking himself proved that he was a crippled nutcase.Black holes are not decaying because there’s an infalling virtual particle carrying negative energy; that’s another fantasy devised by Hawking to “save” his insufficient analogy. Instead, black holes are decaying, and losing mass over time, because the energy emitted by this Hawking radiation is slowly reducing the curvature of space in that region. Once enough time passes, and that duration ranges from approximately 1068 to 10103 years for black holes of realistic masses, these black holes will have evaporated entirely.It’s definitely true that spacetime is curved, quite severely, just outside the event horizon of a black hole. It’s also true that quantum uncertainty is an intrinsic part of our Universe’s existence. But Hawking radiation is not the emission of particles and antiparticles from the event horizon. It does not involve an inward-falling pair member carrying negative energy. And it shouldn’t even be exclusive to black holes. Hawking himself knew all of this, but chose the explanation he did anyway, and now we all have to live with the consequences of that decision. Nevertheless, the physical truth always wins out in the end, and now you know the fuller, truer story of where the radiation that causes black holes to evaporate comes from!
You could Google what is Hawking radiation yourself, but you are clearly wanting to stay in denial of reality because Hawking himself proved that he was a crippled nutcase.
Black holes are not decaying because there’s an infalling virtual particle carrying negative energy; that’s another fantasy devised by Hawking to “save” his insufficient analogy. Instead, black holes are decaying, and losing mass over time, because the energy emitted by this Hawking radiation is slowly reducing the curvature of space in that region. Once enough time passes, and that duration ranges from approximately 1068 to 10103 years for black holes of realistic masses, these black holes will have evaporated entirely.
It’s definitely true that spacetime is curved, quite severely, just outside the event horizon of a black hole. It’s also true that quantum uncertainty is an intrinsic part of our Universe’s existence. But Hawking radiation is not the emission of particles and antiparticles from the event horizon. It does not involve an inward-falling pair member carrying negative energy. And it shouldn’t even be exclusive to black holes. Hawking himself knew all of this, but chose the explanation he did anyway, and now we all have to live with the consequences of that decision. Nevertheless, the physical truth always wins out in the end, and now you know the fuller, truer story of where the radiation that causes black holes to evaporate comes from!
