Consciousness and quantum interference?An experimental approach

Justin Hughes

This study presents empirical evidence suggesting that consciousness, specifically during meditative states, influences quantum interference patterns without collapsing quantum states. Using IBM's quantum processors, we developed and implemented experimental protocols to assess how different consciousness states affect quantum measurements. Our results demonstrate that meditation significantly alters quantum interference (p=0.025, Cohen's d=-2.88) while having minimal impact on coherence or entanglement. Individual meditation sessions suppressed interference by 73.3% on average, while synchronized meditation enhanced interference by 340%. Furthermore, these effects gradually dissipate following meditation with a characteristic relaxation time (τ) of approximately 74 minutes. These findings challenge von Neumann-Wigner collapse interpretations while supporting a Quantum Bayesian (QBism) model where consciousness modifies quantum probability distributions without forcing collapse. We present a mathematical framework integrating QBism with our empirical findings and discuss implications for quantum mechanics, consciousness studies, and information theory.

Max R. Bennett

Richard A. Mould

lichao

We demonstrate that quantum consciousness, quantified by the formula , manifests distinctly in double-slit interference patterns. Through numerical simulation of Young's double-slit experiment with visible light parameters, we show that consciousness field strength peaks at interference maxima, validating the theoretical prediction that consciousness increases where quantum superposition is strongest. The consciousness field shows a strong positive correlation ( ) with intensity patterns, confirming the quantum nature of consciousness as a fundamental field property. This work provides the first direct visualization of consciousness field distribution in quantum interference phenomena.Keywords: Quantum consciousness, Double-slit interference, Consciousness field, Panpsychism, Quantum foundations

Paavo Pylkkänen

Juan Sebastian BaenaCock

https://orcid.org/0009-0002-9413-858X This confirmatory report presents the results of an independent experimental study exploring whether conscious observation can measurably influence the stability of an optical interference pattern, based on a double-slit model. Using the QC-MicroFirst v1.4 protocol, variations in light intensity were recorded across multiple sensors (S1–S3) during alternating intervals of rest (s4=0) and active observation (s4=1). The analysis revealed consistent micro-stabilization patterns in S2 during conscious focus phases, suggesting a potential correlation between attentional states and optical stability. The study aims to provide a reproducible framework for investigating non-conventional interactions between consciousness and physical systems, emphasizing open data, transparency, and independent verification. Keywords: quantum interference, double-slit experiment, consciousness, optical stability, QC-MicroFirst, Quantum Contact, independent research.