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Joined 11 months ago
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Cake day: May 18th, 2025

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  • I met my fiancee at 31, and I only had one real relationship before that and was single for over 10 years. Just because you’ve been unsuccessful so far doesn’t mean you’re forever alone.

    Chemical castration is a pretty extreme reaction. I would suggest you interrogate why you want to do this, like at the deepest levels. Removing your libido won’t keep you from being lonely.

    You say you were in therapy for 7 years. What kind? Was it all with the same therapist? Maybe you need a different therapist, or perhaps an actual psychiatrist or psychologist, or to try a different form of therapy. There’s lots of things to try.

    You say you’ve been unsuccessful in dating. What does that mean? You’re focusing on your libido, so does that mean you’re having trouble getting sex, specifically? Is that all you’re focused on in dating? If so, maybe you need to change your approach to dating.









  • Basically, physics says that nothing, not even information can actually travel faster than the speed of light. It’s a universal limit that shows up when you do the math on relativity. This concept is called “causality”.

    Because of this, FTL communication is probably impossible. Quantum entanglement seems like it could provide a loophole, but it doesn’t actually work that way. To actually use quantum entanglement for communication, it actually needs a confirmation message, which would have to be delivered by a different means (every quantum message needs a non-quantum confirmation). That confirmation would be bound by the speed of light, thus preserving causality.

    This is a very very rough description based on my memory, so some details may be a little off, but it should cover the gist. This article goes into more detail:

    https://bigthink.com/starts-with-a-bang/quantum-entanglement-faster-than-light/

    Edit: After reading, the answer is more that attempting to impart information onto the entangled particles to send a message necessarily breaks the entanglement and thus does not transmit the information to the other side. Entangling the particles makes their states related to each other, but only at the time of entanglement, and anything that changes either particle (including measuring it) will break the entanglement going forward.