It is not an easy task to isolate the qubit where a transistor latch do not have such problem. When a qubit is simultaneously 0 and 1 what are we going to read from it.
An other "quantum computing explained" video enumerating the possible advantages of quantum computers, explaining nothing. Not that it would be easy to do it...
It is not an easy task to isolate the qubit where a transistor latch do not have such problem. When a qubit is simultaneously 0 and 1 what are we going to read from it.
During the computation stage, it's in superposition. When a reading is done, it becomes either 1 or 0.
1, 0 and super positioned 1 and 0 act like three states , thus allowing more combinations of them unlike classical bits.
An other "quantum computing explained" video enumerating the possible advantages of quantum computers, explaining nothing. Not that it would be easy to do it...