Table of Contents

I. The Statistical Algorithm of Quantum Mechanics.- I. Remarks.- II. Early Formulations.- III. Hilbert Space.- IV. The Statistical Algorithm.- V. Generalization of the Statistical Algorithm.- VI. Compatibility.- II. The Problem of Completeness.- I. The Classical Theory of Probability and Quantum Mechanics.- II. Uncertainty and Complementarity.- III. Hidden Variables.- III. Von Neumann’s Completeness Proof.- IV. Lattice Theory: The Jauch and Piron Proof.- V. The Imbedding Theorem of Kochen and Specker.- VI. The Bell-Wigner Locality Argument.- VII. Resolution of the Completeness Problem.- VIII. The Logic of Events.- I. Remarks.- II. Classical Logic.- III. Mechanics.- IX. Imbeddability and Validity.- X. The Statistics of Non-Boolean Event Structures.- XI. The Measurement Problem.- XII. The Interpretation of Quantum Mechanics.- Index of Subjects.