Why Programming A Quantum Computer Is So Damn Hard

Someday, somehow, quantum computing is going to change the world as we know it. Even the lamest quantum computer is orders of magnitude more powerful than anything we could ever make today. But figuring out how to program one is ridiculously hard.

As this fantastic animation from PHD TV explains, the true power of quantum computers comes from qubits, which have way more states than standard binary bits. And those states can translate to raw, compact computing power. But the downsides are big too. Even looking at a quantum computer while it's working can screw everything up. Just imagine trying to debug that code. [Quantum Frontiers via Hacker News]


Comments

    Wouldn't the first problem with programming a quantum computer be deciding whether that quantum computer is everywhere or nowhere?

    I hate when people say "observing" a quantum state causes wave function collapse. A more apt word to use would be "measuring"
    Observing makes it sound like looking at quantum effects causes them to collapse. If that were the case, the double slit experiment would never work and diodes would be fantastic insulators.

    Quantum computers? Bleh. I'll still waiting for the commercial implementation of BB84.

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