## Contemporary research in the foundations and philosophy of quantum theory: proceedings of a conference held at the University of Western Ontario, London, Canada |

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### Contents

leon cohen Joint Probability Distributions in Quantum | 66 |

basc vanfraassen Semantic Analysis of Quantum Logic | 80 |

E gerjuoy Is The Principle of Superposition Really Necessary? | 114 |

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approach assigned assumption Axiom basic Bohm Boolean algebra Borel set canonical classical mechanics commutation compatible complete components concepts corresponding CPM and CFT defined determined discussion dispersion-free distribution dynamical Einstein electron elements ensemble equivalence example exists fact field equations field theory follows formalism function space fundamental given Gudder Hamiltonian Heisenberg's hidden variable theory Hilbert space idempotent interaction interpretation isomorphic Jauch Kochen and Specker lattice light linear logical space logical structure Mathematical Physics mathematical structure maximal momentum nature Neumann non-linear observables ontology orthogonal orthomodular partial algebra partial Boolean particle particular phase space Philosophy photon poset possible precise principle probability measures problem properties propositions pure quan quantization quantum logic quantum mechanics quantum statistics quantum theory question relations relativity represented Section sense sentences space-time spacial specific spinor statistical operators subsets subspaces superposition symmetry theoretical tion transformations true ultrafilter vector Wigner