u/TaLHaErs52

I’ve been reading a bit about black holes and cosmology, and I keep wondering if there is any serious theoretical connection between black hole physics and dark energy.

From what I understand, black holes strongly affect spacetime locally, while dark energy seems to affect the large-scale expansion of the universe. But I’m curious if there are any models or hypotheses that try to link the two in a meaningful way, or if modern physics treats them as completely separate phenomena.

Is there any research direction that explores this connection, or is it generally considered unrelated in current cosmology?

I’d appreciate any explanations or corrections if I’m misunderstanding something.

Hey everyone,I’ve been reading up on the Black Hole Information Paradox recently, and the more I think about it, the more it honestly melts my brain.On one hand, quantum mechanics says information can never be destroyed. On the other hand, Hawking radiation suggests that black holes eventually evaporate completely, leaving behind just random thermal radiation with no trace of whatever fell inside.To me, this feels like an absolute dead end for modern physics. If information is lost, quantum mechanics is broken. If information isn't lost, relativity or causality has a massive issue. It feels like our two best descriptions of reality are just staring at each other, refusing to compromise.I know there are ideas out there like the holographic principle, fuzzballs, or even the firewall paradox, but they all sound so extreme.I’m curious about where the physics community stands on this right now. Which solution do you personally find the most compelling, or do you think we are completely missing a fundamental piece of the puzzle here?Would love to hear some thoughts and different perspectives on this. Thanks!

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