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I think we will revert back to "talking".
Direct brain interface implants, interfacing with optic and auditory nerves (Olfactory, touch and speech too maybe) we'll al be effectively telepathic.
And vulnerable to malware, buggy firmware updates and all the rest.Direct brain interface implants, interfacing with optic and auditory nerves (Olfactory, touch and speech too maybe) we'll al be effectively telepathic.
Direct brain interface implants, interfacing with optic and auditory nerves (Olfactory, touch and speech too maybe) we'll al be effectively telepathic.
Direct brain interface implants, interfacing with optic and auditory nerves (Olfactory, touch and speech too maybe) we'll al be effectively telepathic.
I think we will revert back to "talking".
Technology has leaped so much in the last decades. I know there's a lot of movies and shows about how technology will be in the future, but how do you think will communication be in the future?
Speaking as a physicist, that doesn't work. What do you with one part of an entangled pair affects the state of the other, but not in a way that transfers information.Instant communication anywhere in the galaxy via quantum entanglement.
Speaking as a physicist, that doesn't work. What do you with one part of an entangled pair affects the state of the other, but not in a way that transfers information.
Yes, it's possible to flip the spin of a particle. But you can't determine the result of the initial observation - it will be up or down with whatever probability the initial state would give - and once you have made that initial measurement the entanglement is broken, so anything you do to the spin afterwards will have no effect on the distant particle.Can spin be altered after an initial observation?
Yes, it's possible to flip the spin of a particle. But you can't determine the result of the initial observation - it will be up or down with whatever probability the initial state would give - and once you have made that initial measurement the entanglement is broken, so anything you do to the spin afterwards will have no effect on the distant particle.
That's the problem: the distant observer cannot even know whether you have made a measurement of your particle, nor what direction you measured in. You could agree in advance when you would do this and what axis you would use, but that would only allow you to infer what the other person had seen (if you use the same axis, not even that if not). As far as communication goes that's like trying to send a message by flipping a coin and telling the other person which way it lands: since you can't control it it can't encode a message.