Foundations of Quantum Mechanics

• On the Axioms of Probability.- Three Quantum Theories of Measurement.- Characterization and Deduction of Bell-Type Inequalities.- The Search for a Quantum Reality.- Macrorealism, Non-Invasivity and Quantum Mechanics.- Planck’s Theory (1898-1906) and the Birth of Quantum Physics.- An Analogue of the Tunnel Effect in Classical Electrodynamics.- A Note on Light Dispersion Formula and the Development of Modern Physics.- Quantum Mechanics, Objects and Objectivity.- Toward a Logic of Unsharp Quantum Mechanics.- Interpretative Remarks in Quantum Mechanics.- Kuhn’s Interpretation of Bolzmann’s Statistical Heredity in Planck.- Macroscopic Quantum Coherence as a Test of Quantum Mechanics.- Exchangeability and Invariance: Classical Aspects of Quantum Correlation.- Einstein’s Life-Long Doubts on the Physical Foundations of the General Relativity and Unified Field Theories.- Physical Interpretations of the Lukasiewicz Quantum Logical Connectives.- Relativistic Quantum Mechanics and Path Integral for Klein-Gordon Equation.- Ontological Determinateness in Quantum Mechanics and Special Relativity.- Dualism and Incompleteness of Quantum Mechanics. Towards New Consistent Theories.- Quantum Mechanics Reformulated by Means of Symmetries.- A Priori Schemes in Quantum Mechanics.- Among Quantum Mechanics, Wave Optics, and Charged-Particle Beam Transport: Toward a Possible Unified Formal Description.- Questioning Nonlocality: an Operational Critique to Bell’s Theorem.- Bell’s Inequality for Trichotomic Observables.- Quantum Mechanics and Nonlocality — The EPR Argument Reconsidered.- Some Remarks on Non-Separability.- Unsharp Orthoalgebras and Quantum MV Algebras.- to Nelson Stochastic Mechanics as a Model for Quantum Mechanics.- The Fermi-Dirac Statistics: a SimultaneousDiscovery.- Are There Sub-Quantum Trajectories? The Bohmian Interpretation of Quantum Theory.- Algebraic Structures and Observations: Quantales for a Noncommutative Logic — Theoretic Approach to Quantum Mechanics.- Hermeneutics as a Conceptual Model for an Ontological Evaluation of Quantum Theory.- Random Path Quantization.- The Loss of Individuality form Classical to Quantum Physics.- The Mysteries of Quantum Theory: an Introductory Talk.- On the Different Forms of Quantum Acausality.

'I recommend the book to every physicist, mathematician, logician, epistemologist and philosopher whose research is in connection with the fundamental problems or history of quantum mechanics.' Acta Sci. Mathematica (1996)