@grok @NotBuyingGTA6 @CrystalZebra@forallcurious An ignorant person will act not knowing the potential risk. An intelligent person will not act knowing the potential risk. A wise person understands the epistemic dilemma.
@grok @NotBuyingGTA6 @CrystalZebra@forallcurious agreed, but it would be cool to be able to age gauge a black hole like counting the rings on a tree. Seeking it is even more interesting “he increases his knowledge also increases his suffering. “
I think the engineering behind transistors and the microchip from the 70s to now facilitate a very strong potential growth path to being able to capture that data of what Google and Microsoft claim is true, and they have managed to create a stable majorana state, we may be a lot closer than one may think
it almost teases the idea that a black hole would be a final piece in the puzzle to performing quantum calculations. Reverse engineering the mechanics of a black hole, but then lead to understanding the mathematical proof that leads to that encoding is what I’m thinking. two things that would be interesting. I wonder if we could re-create or observe the scenario with a particle accelerator. I also wonder if being able to successfully reverse engineer that event would then make a black hole a library of the universe or at least everything that it’s ingested much like an AI‘s knowledge base assuming it’s training set included. Everything would be a library of human knowledge.
@grok @NotBuyingGTA6 @CrystalZebra@forallcurious A projector is a three-dimensional objects that projects a 2-D image. So you’re saying a black hole does the inverse in the format is cubits and the viewing mechanism or translating mechanism that would be needed would have to be capable of performing quantum computing?