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Forsch Komplementärmed 2006;13:174-183
(DOI:10.1159/000093662)

Towards a New Model of the Homeopathic Process Based on Quantum Field Theory

Milgrom L.R.

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Department of Chemistry, Imperial College, London, UK

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Abstract

Quantum theory’s notions of non-locality and entanglement have previously informed attempts to model the therapeutic process. Of these, Weak Quantum Theory (WQT) and Patient- Practitioner-Remedy (PPR) entanglement are developing into mathematically- based models of homeopathy. Objective: The present study attempted to identify fundamental concepts within quantum field theory (QFT) that could be used to broaden the scope of PPR entanglement models, prior to constructing a more rigorous mathematical treatment. Methods: In QFT, particles and forces are considered as fully interacting relativistic quantum matter and force fields, respectively. These interactions are visualized graphically as spacetime Feynman diagrams. Further, these interacting field systems can have ground states with broken symmetry; the so-called Higgs field being responsible for this symmetry breaking. In the new model, patient, practitioner and remedy are imagined as fully interacting quantum-like fields; patients and practitioners in terms of quantum matter-type fields, and remedies and diseases as quantum interaction-type fields. Results: Disease manifestation by the Vital Force (Vf) could be an event similar to spontaneous symmetry breaking in QFT: the curative remedy acting to restore the broken symmetry of the Vf field. Entanglement between patient, practitioner, and remedy might be representable as Feynman-like diagrams. Conclusion: QFT demonstrates that quantum properties can be physical without being observable. Thus, an underlying similarity in discourse could exist between homeopathy and quantum theory which could be useful for modelling the homeopathic process. This preliminary investigation also suggested that key elements of previous quantum models of the homeopathic process, may become unified within this new QFT-type approach.


Article / Publication Details

First-Page Preview
Abstract of Original Article · Originalarbeit

Published online: June 26, 2006

Number of Print Pages: 10
Number of Figures: 0
Number of Tables: 0

ISSN: 2504-2092 (Print)
eISSN: 2504-2106 (Online)

For additional information: http://www.karger.com/CMR


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