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For questions about the relation between quantum computing and classical computing, such as their relative performance.

1 vote

Are classical bits quantum?

A bit is effectively $$|\psi\rangle = \alpha|0\rangle + \beta|1\rangle$$ where either $\alpha = 1, \beta = 0$ (the bit = 0) or $\alpha = 0, \beta = 1$ (the bit = 1). So, yes, in the sense I think y …
auden's user avatar
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11 votes
1 answer
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Quantum memory assisting classical memory

Consider a classical computer, one making, say, a calculation involving a large amount of data. Would quantum memory allow it to store that information (in the short term) more efficiently, or better …
auden's user avatar
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10 votes

Quantum memory assisting classical memory

In summary, no. If you think about it, this makes sense. When measuring a quantum system with $n$ qubits, you get $n$ bits of information. the $2^n$ figure exists only when the system is in superposit …
auden's user avatar
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1 vote

Can classical algorithms be improved by using quantum simulation as an intermediary step?

The question here seems to be: "can a classical computer be more efficient by simulating a quantum computer?" and "what research has been done on this?" I think it's important, first, to point out th …
auden's user avatar
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