There’s a difference between exploiting quantum phenomena and using entanglement. There’s a large set of quantum mechanical behavior which doesn’t really add much computationally. (To some extent this is part of why we don’t call our normal laptops quantum computers even though transistors and hard drives use quantum mechanics to work.)
There’s a difference between exploiting quantum phenomena and using entanglement. There’s a large set of quantum mechanical behavior which doesn’t really add much computationally. (To some extent this is part of why we don’t call our normal laptops quantum computers even though transistors and hard drives use quantum mechanics to work.)
Precisely. That’s why we shouldn’t be calling our brains ‘quantum’ either...
Or if we do, then that is in no way an argument against our using our current off-the-shelf ‘quantum’ computers!
Entanglement is what QM does that classical can’t do directly (can in sim, of course). Everything else is just funny force laws.