• knightly the Sneptaur@pawb.social
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      1 month ago

      The problem is that it’d be like if matter and energy could just disappear. Black holes would be exclusively tiny, as soon as one formed it’d start vanishing anything that crossed it’s event horizon rather than growing, so galaxies could never have formed as their cores would just shrink away as soon as they got too dense.

      Black holes are regions of space where information density hits the upper limits allowed by physics. Add more information to it, and the event horizon expands proportionally to what was added. With that in hindsight, it seems rather obvious that the boundary of the event horizon could encode the information once thought to be lost to the black hole inside.

      • pcalau12i@lemmy.world
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        1 month ago

        It could do that but what’s the evidence that it does? Or has someone proved this is already a feature of semi-classical gravity that just wasn’t noticed before? Or is it only a feature of a brand new hypothetical theory?

        • Radioactive Butthole@reddthat.com
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          1 month ago

          How deep do you want to go into this, and what’s your level of familiarity with the Holographic Principal and AdS/CFT corrospondance? There’s no hard evidence yet but there is a shitton of circumstantial evidence to suggest that this is what happens.