What question did this study set out to answer?

This work aims to establish a framework for investigating the relationship between physiological coherence and quantum collapse probabilities.

January 25, 2026Open Access

High-Coherence Physiological States Modulate Quantum Collapse Probabilities: Experimental Protocol (Glyph E)

Key Points

This work aims to establish a framework for investigating the relationship between physiological coherence and quantum collapse probabilities.
Developed formal experimental protocol for future testing
Outlined key hypotheses and measurable variables
Defined instrumentation requirements for data collection
Set statistical criteria for evaluation and replication
No completed experimentation reported, focusing instead on protocol development
Hypotheses and variables laid out for independent validation
Instrument and statistical criteria provided for potential future experimentation

Abstract

This work presents a formal experimental protocol and test framework for evaluating whether physiological coherence variables correlate with quantum collapse probability under controlled conditions. The document does not report completed human experimentation. Instead, it specifies hypotheses, measurable variables, instrumentation requirements, and statistical evaluation criteria intended for independent replication, simulation, or institutional review. No commercial system is described. References to “Fieldborne OS” are symbolic labels for coherence-state configurations and do not represent an implemented product. This record is released to support open scientific scrutiny, preregistration-style analysis, and third-party validation.

High-Coherence Physiological States Modulate Quantum Collapse Probabilities: Experimental Protocol (Glyph E)

Key Points

Abstract

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