On the Quantum Mechanics of Consciousness, with Application to Anomalous Phenomena

R. G. Jahn, Brenda J. Dunne

Dick J. Bierman

Cumulating evidence suggests that anomalous correlations occur between mental (conscious and non-conscious) states and apparently unrelated physical or mental phenomena at a distance in space and time. In spite of the fact that the evidence is very strong, these correlations are difficult to replicate. Several examples are given of ‘failures’ to empirically replicate1 original anomalies. It is speculated that this failure to replicate, rather than indicating that the original findings are due to statistical flukes or errors, suggests that when consciousness interacts with matter, an underlying reality arises. This reality is somewhere in between the purely objective shareable reality and the purely subjective reality of one’s individual consciousness. Efforts to ‘push’ anomalous phenomena observed in this intermediate reality into the objective one apparently destroy the phenomena. Possible explanations within a physical and within a system theoretical model are discussed. The physical model is based upon an analysis of the role of consciousness in the so-called ‘Measurement Problem’ in Quantum Physics. Based upon these discussions a new systematic experimental approach for the study of anomalous phenomena is suggested.

Henry Margenau

KUMI OOZAIKE

Theoretical physics stands at an impasse: the persistent incompatibility between quantum mechanics and general relativity suggests a need for a paradigm shift. This paper argues that the solution may lie outside institutional boundaries. We propose that the "non-institutional observer"—the independent researcher unconstrained by academic orthodoxy—is uniquely positioned to document and analyze anomalous phenomena that are often dismissed as "noise" by traditional science. Key themes explored in this paper: The Impasse of Quantum Gravity: Why current mathematical models of gravity fail to account for the observer’s subjective experience. Epistemological Pluralism: The necessity of integrating diverse perspectives, including lived observations of non-local events and consciousness-driven materialization, into the physical sciences. Historical Precedents: How "outsider" perspectives have historically triggered scientific revolutions (e.g., Einstein, Faraday). By validating anomalous experiences as legitimate empirical data, this paper calls for a new, inclusive framework for quantum gravity research that bridges the gap between objective measurement and subjective reality. Quantum Gravity, Theoretical Physics, Independent Researcher, Observer Problem, Anomalous Phenomena, Epistemology, Consciousness, Paradigm Shift, Non-Institutional Science

Max R. Bennett

Richard A. Mould