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Michael Epperson - Director & Principal Investigator
The Center for Philosophy and the Natural Sciences at California State University Sacramento engages in research and scholarship that explores the philosophical implications underlying recent innovations in contemporary science, including those occurring in the areas of quantum physics, cosmology, and the study of complex adaptive systems. This exploration is, in part, a speculative philosophical enterprise intended to contribute to the framework of a suitable bridge by which scientific and philosophical concepts might not only be cross-joined, but mutually supported. |
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Mission Statement |
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Foundations of Relational Realism: Logical Causality, Intrinsic Decoherence, and a Category-Theoretic Mereotopological Model of Quantum Spacetime (2010-2013)
Principal Investigator: Michael Epperson, Department of Philosophy, California State University, Sacramento. Co-Investigators: Elias Zafiris, Senior Research Fellow in Theoretical and Mathematical Physics, University of Athens; Philip Stamp, Professor, Condensed Matter Theory, Department of Physics and Astronomy, University of British Columbia; Stuart Kauffman, Research Professor, Complex Systems Center, University of Vermont.  |
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Funded by a grant from |
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October 5-8, 2011 - European Philosophy of Science Association
Presentation: "Quantum Decoherence: A View from Topology" - University of Athens |
June 15-20, 2011 - ETH Zurich
Workshop: "Quantum Relational Realism: Mereotopology, Logical Implication, and Internal Relation in Quantum Mechanics as Represented via Sheaf-theoretic Boolean Covering Systems"
Swiss Federal Institute of Technology - Zurich |
February 17, 2011 - Library of Congress
Symposium: "The Philosophy of Alfred North Whitehead" - Talk by Michael Epperson: "Logical Causality in Whitehead's Philosophy of Nature" John W. Kluge Center - Washington, D.C. |
October 19-23 - University of Athens
Workshop: "Applying Sheaf/Category Theory to Quantum Mechanics: Logical Implication And The Internal Relation Of The Local To The Global In Quantum Mechanical Predication" |
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