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    The history of computing shows that resource bounds once ... — Carmelics
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    Challenges→Parallel computation using exponentially many processors relative to input size would be of little practical significance

    The history of computing shows that resource bounds once deemed physically unrealizable have repeatedly become tractable as technology advances, as with quantum superposition exploiting exponential state spaces.

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    1 reason for
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    Reasons For

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    Reason for
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    • 1.Classical computation faced similar 'impossible' barriers (miniaturization, reliability) that Moore's Law and error correction subsequently overcame.
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    • 2.Quantum systems demonstrably access exponential state spaces unavailable to classical systems, showing fundamentally new computational resources emerge with technology.
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    • 3.Historical pattern: vacuum tubes → transistors → integrated circuits shows repeated breakthroughs in implementing seemingly intractable physical processes reliably.
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    Reasons Against

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    Reason against
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    • 1.Quantum decoherence and error rates remain fundamentally stubborn; scaling to useful qubit counts hits exponential cost walls distinct from previous technological curves.
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    • 2.Quantum advantage requires specific problem classes; general intractability (P≠NP) cannot be overcome by hardware alone, only by algorithm fundamentals.
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    • 3.Past breakthroughs addressed engineering challenges within known physics, whereas quantum scaling faces thermodynamic and information-theoretic hard limits.
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    Key Terms

    Exponential state spaces(explaining how quantum superposition allows computers to handle vastly more information than traditional computers)
    The number of possible configurations or outcomes grows explosively—doubling with each added unit—rather than growing slowly.
    Physically unrealizable(as used in philosophy of science)
    Something that cannot actually exist or happen in the real physical world, even though it might work perfectly in a mathematical equation.
    Quantum superposition(as an example of how quantum mechanics allows computers to process information in exponentially more ways)
    A quantum physics phenomenon where a particle can exist in multiple states or locations at the same time until it's measured.
    Resource bounds(describing what was once thought impossible due to computational constraints)
    Limits on how much computing power, time, or memory a problem requires to solve.
    tractable(describes how plausible or workable a philosophical theory is)
    Easy to work with, manage, or make sense of; not causing problems or being too difficult to deal with.

    Connections

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    Truth & Knowledge1 linkedSkepticism1 linked

    Related

    Classical computation faced similar 'impossible' barriers (miniaturization, reli...Historical pattern: vacuum tubes → transistors → integrated circuits shows repea...Parallel computation using exponentially many processors relative to input size ...Past breakthroughs addressed engineering challenges within known physics, wherea...
    +3 moreShow less
    Quantum advantage requires specific problem classes; general intractability (P≠N...Quantum decoherence and error rates remain fundamentally stubborn; scaling to us...

    Details

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    claim
    Perspectives
    2 (1 for, 1 against)
    Edits
    1 edit
    Quantum systems demonstrably access exponential state spaces unavailable to clas...