Quantum Computing in Thirty Seconds
Quantum computing can seem mysterious and foreboding. But, at its core, quantum computing is driven by a few fundamental tenets. Having this bird’s-eye view may give you a better sense of what’s going on:
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In quantum computing the application’s variables or information units are represented as subatomic particles, just as the 0 and 1 states of conventional computing. Think of these states as the two faces of a coin.
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Quantum mechanics theorizes that subatomic particles spin like tossed coins.
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Just as coins land on either the head or the tail face, the spinning subatomic particles when brought to rest also settle into one of the two, 0 or 1, states.
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Crucially, quantum computing differs from classical ...
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