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The Logic of Quantum Mechanics
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1936
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EngineeringClassical LogicLogical NotionsUncertain ReasoningNon-classical LogicQuantum LogicQuantum ComputingQuantum TheoryQuantum PhysicsQuantum EntanglementUncertain SystemsQuantum ScienceQuantum Statistical MechanicsUncertainty (Knowledge Representation)Quantum InformationUncertainty RepresentationUncertainty (Quantum Physics)Automated ReasoningUncertainty PrincipleEpistemologyModel Uncertainty
One of the aspects of quantum theory which has attracted the most general attention, is the novelty of the logical notions which it presupposes. It asserts that even a complete mathematical description of a physical system S does not in general enable one to predict with certainty the result of an experiment on S, and that in particular one can never predict with certainty both the position and the momentum of S, (Heisenberg’s Uncertainty Principle). It further asserts that most pairs of observations are incompatible, and cannot be made on S, simultaneously (Principle of Non-commutativity of Observations).