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Wigners_friend @ Wigners_friend @piefed.social
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Can an electron-positron pair become entangled? And since the positron behaves as if moving backwards through time, are these particles entangled as if at different points in time?

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  • It's stronger than a classical one, yes. But Einstein's description is mocking the idea of entanglement as an active link that allows distant states to be changed by local actions.

    • A game, or series of, you believe belongs in a museum?

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  • Deus ex human revolution: explores a meta narrative of how you use power in computer games. Your character has incredible capability. You could obliterate every enemy with ease. It's a completely different game if you try to avoid killing those who are just getting by (sure a security guard will shoot you, but they are expecting lethal terrorists). You use the power you have to avoid killing, not to make it easy.

    • I mean yeah test it rule

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  • I have never felt more autistic. Do people really need to lick fire to know it will hurt?

    • Medieval medicine was smarter than you think—and weirdly similar to TikTok trends

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  • "Smarter than you think" and "Similar to tiktok trends"...These are contradictory. Unless you thought our ancestors had undergone total lobotomies

    • Can an electron-positron pair become entangled? And since the positron behaves as if moving backwards through time, are these particles entangled as if at different points in time?

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  • Positrons don't move backwards in time in any physical sense. Their mathematical representation is like an electron with a negative time coordinate but this is physically dubious because it fails in curved spacetimes. Electron-positron pairs are entangled because they are correlated by the process that created the pair. Entanglement is just a correlation, not some magical link.