The Noise Principle: Decoding Hidden Information in Consciousness-Related Anomalies

Igor Nazarov, Ph.D., CEO at MIG-Tech Lab, Inc.

Email: support@mig-tech-lab.com

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Abstract:           

Conventional science dismisses “noise” as interference. Yet Simon Shnoll's meticulous research revealed that seemingly random physical processes exhibit structured, non-random patterns influenced by cosmophysical factors. This presentation introduces the Noise Principle: a framework proposing that apparent randomness in consciousness-sensitive systems carries multidimensional information accessible through refined analytical methods.

The Global Consciousness Project's two-decade RNG dataset shows sustained, statistically significant deviation (7-sigma, 1998-2015) during major global events. We hypothesize that different categories of collective consciousness events—sudden trauma (9/11), anticipated ceremonies (Princess Diana's funeral), cyclical celebrations (New Year's Eve)—may produce distinct “directional patterning” signatures within the noise structure itself. Preliminary analysis of biofield measurements suggests such directional patterning represents measurable organizational shifts rather than theoretical artifacts, consistent with Shnoll's documented observations of structured non-randomness in physical systems.

We propose a novel analytical methodology adapted from biofield research to examine: (1) morphological shifts in RNG fluctuation patterns, (2) temporal organization within apparent randomness, and (3) directional bias patterns correlated with event characteristics and global attention dynamics.

If validated, this approach would suggest that consciousness-field interactions with physical systems generate complex information encoding within apparent chaos—not merely statistical deviation, but structured signatures carrying information about collective emotional and attentional states.

This framework bridges ancient wisdom traditions (consciousness as information processor) with contemporary anomalies research, offering new tools for investigating fundamental interconnectedness and designing consciousness-interface technologies.

The presentation outlines the theoretical foundation, examines existing data suggestively, and proposes specific research protocols for rigorous hypothesis testing.

References:

Shnoll, S. E. (2009). Cosmophysical Factors in Stochastic Processes. Svenska fysikarkivet.

Nelson, R. D. (2024). Global Consciousness Project: Two decades of consciousness-field correlations. Global Consciousness Research Foundation Annual Review, 24, 1–45.

Radin, D. (2020). Dean Radin on Global Consciousness, Parapsychology, and Psychic Research. Medium.

Nazarov, I. (2025). Light, Ether, Noise, and Consciousness Technology. Amazon KDP.