Titlebook: Quantum Causality; Conceptual Issues in Peter J. Riggs Book 20091st edition Springer Science+Business Media B.V. 2009 mechanics.philosophy

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Preliminaries,eral form of Heisenberg’s uncertainty relation is derived. Discussions of quantum uncertainty and the ‘Measurement Problem’ are presented. Two of the best known quantum paradoxes, Einstein-Podosky-Rosen and Schrödinger’s Cat, are outlined. ‘Hidden Variable’ theories are defined. Formulations of the

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The Causal Theory of Quantum Mechanics,ms which is later generalised to the many-particle case. The equations of the Causal Theory are derived from its axioms and realistically interpreted. The ontology of the Causal Theory, i.e. quantum particles and the quantum field (wave field), is described. An important issue addressed in this chap

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Energy-Momentum Transfer and the Quantum Potential,re, it is shown that energy conservation does hold in the Causal Theory. The function and role of the quantum potential is described in some detail with particular reference to the case of a Gaussian wave field. A novel explanation is developed of how quantum particles can ‘tunnel’ out of a finite p

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The Exclusion Principle,on Principle. This Principle is crucial to the operation of many physical processes, including all of chemistry. The issues of permutation invariance, the indistinguishability of quantum particles, and the antisymmetrization of the wavefunction are discussed in reference to prior justifications of t

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