No, sadly not. If you were to argue that individual components of a quantum computer are small, you’d also have to argue just how small classical transistors are. A whole quantum computer is pretty big because of the cooling, but that’s an integral part.
Well I do understand what you say, but does the cooling count in the computing of the computer, with or without the cooling a computer would compute, just way badder, so I would tend to say it’s not counting , although I do understand what you are meaning
Without cooling, the computer doesn’t work, since it overheats (which would literally destroy it). Doubly so for quantum computers, since the quantum effects are superseded by environmental noise above their operating temperatures.
To say it differently: every computer part has cooling integrated, like your CPU. If you removed all that it would stop working after a few seconds.
No, sadly not. If you were to argue that individual components of a quantum computer are small, you’d also have to argue just how small classical transistors are. A whole quantum computer is pretty big because of the cooling, but that’s an integral part.
Well I do understand what you say, but does the cooling count in the computing of the computer, with or without the cooling a computer would compute, just way badder, so I would tend to say it’s not counting , although I do understand what you are meaning
Without cooling, the computer doesn’t work, since it overheats (which would literally destroy it). Doubly so for quantum computers, since the quantum effects are superseded by environmental noise above their operating temperatures.
To say it differently: every computer part has cooling integrated, like your CPU. If you removed all that it would stop working after a few seconds.
Thank you, you are right indeed. Thank you for taking the time to respond
No problem! :)
But Quantum Computers cannot run without cooling, so this doesn’t work the same as with a PC