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    Quantum models can simulate classical models such as the ... — Carmelics
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    Supports→BQP contains both P and BPP

    Quantum models can simulate classical models such as the classical Turing machine

    Modality & PossibilityTruth & Knowledge
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    BQP contains both P and BPP

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    Quantum computation models can simulate classical Turing machines94%Quantum computation models can simulate classical Turing machines and ...90%Any computation can, in principle, be modeled on Turing machines.78%The Invariance Thesis holds that reasonable models can simulate each o...77%

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    Nonetheless, \(\mathfrak{P}\) is a useful theoretical model in that it provides a formal medium for implementing procedures which call for certain operations to be carried out simultaneously in parallel. g. , Papadimitriou 1994). But this observation would still be of little practical significance if the algorithms in question achieved such speed up only at the cost of having to employ exponentially many processors relative to the size of their inputs. For in this case it seems that we would hav

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