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  1.  80
    Peter J. Riggs (1997). The Principal Paradox of Time Travel. Ratio 10 (1):48–64.
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  2. Peter J. Riggs (1992). Whys and Ways of Science: Introducing Philosophical and Sociological Theories of Science. Melbourne University Press.
  3.  46
    Peter J. Riggs (1991). A Critique of Mellor's Argument Against 'Backwards' Causation. British Journal for the Philosophy of Science 42 (1):75-86.
    In this paper, criticisms are made of the main tenets of Professor Mellor's argument against ‘backwards’ causation. He requires a closed causal chain of events if there is to be ‘backwards’ causation, but this condition is a metaphysical assumption which he cannot totally substantiate. Other objections to Mellor's argument concern his probabilistic analysis of causation, and the use to which he puts this analysis. In particular, his use of conditional probability inequality to establish the ‘direction’ of causation is shown to (...)
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  4.  79
    Peter J. Riggs (2008). Reflections on the Debroglie–Bohm Quantum Potential. Erkenntnis 68 (1):21 - 39.
    The deBroglie–Bohm quantum potential is the potential energy function of the wave field. The quantum potential facilitates the transference of energy from wave field to particle and back again which accounts for energy conservation in isolated quantum systems. Factors affecting energy exchanges and the form of the quantum potential are discussed together with the related issues of the absence of a source term for the wave field and the lack of a classical back reaction.
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  5.  27
    Peter J. Riggs (1996). Spacetime or Quantum Particles: The Ontology of Quantum Gravity? In P. Riggs (ed.), Natural Kinds, Laws of Nature and Scientific Methodology. Kluwer Academic Publishers 211--226.
    The domains of quantum theory and general relativity overlap in situations where quantum mechanical effects cannot be ignored. In order to deal with this overlap of theoretical domains, there has been a tendency to apply the rules of quantum field theory to the classical gravitational field equations and without much regard for the implications of the whole enterprise. The gravitational version of the asymmetric ageing of identical biological specimens shows that curved spacetime is not dispensable. This result is used to (...)
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    Peter J. Riggs (2007). Reflections on the deBroglie–Bohm Quantum Potential. Erkenntnis 68 (1):21-39.
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