What question did this study set out to answer?

This work aims to assess the relationship between mental states and micro-stochastic variability.

January 20, 20260 citationsOpen Access

Mental Coherence as a Negentropic Driver in Micro-Stochastic Systems: The Quantum Contact Model

Key Points

This work aims to assess the relationship between mental states and micro-stochastic variability.
Evaluated two protocols: binary observation (H1) and continuous association (H2)
Measured attention and meditation levels on a scale of 0-100
Analyzed micro-variability through rolling standard deviation of sensors
S2 (target sensor) showed significant negentropic tendencies under high attention (ρ = −0.43, p < 0.0001)
S1 (control sensor) exhibited near-zero association (ρ ≈ +0.02)
Results indicate a robust association of high mental states with micro-stabilization, not a global artifact.

Abstract

EN This record contains the bilingual preprint and technical report for the Quantum Contact model, a computerized double-slit–inspired micro-stochastic monitoring system. The work evaluates two protocols: (H1) binary observation (S4=1 vs S4=0) and (H2) continuous association between mental-state indices (Attention/Meditation, 0–100) and rolling micro-variability (e.g., rolling standard deviation). H2 Verdict (this record): GREEN — Defendable. H2 evaluates whether high Attention/Meditation epochs are associated with micro-stabilization (reduced rolling variability) in the target sensor(s) while a control sensor remains comparatively unchanged. In this dataset, S2 (target) shows a clear negentropic tendency under high Attention (ρ = −0.43, p < 0.0001), while S1 (control) remains near zero association (ρ ≈ +0.02), supporting selectivity rather than a global artifact. Scope: these results support H2 under the current instrumentation and protocol and are presented as robust association and micro-stabilization evidence, not as a definitive mechanism proof. ES Este registro contiene el preprint y el reporte técnico bilingüe del modelo Quantum Contact, un sistema micro-estocástico inspirado en la doble rejilla en versión computarizada. Se evalúan dos protocolos: (H1) observación binaria (S4=1 vs S4=0) y (H2) asociación continua entre índices de estado mental (Atención/Meditación, 0–100) y micro-variabilidad móvil (p. ej., desviación estándar móvil). Dictamen H2 (este registro): VERDE — Defendible (Sí). La H2 evalúa si los episodios de Atención/Meditación alta se asocian con micro-estabilización (reducción de variabilidad móvil) en los sensores diana, mientras el sensor de control permanece relativamente estable. En este dataset, S2 (diana) muestra tendencia negentrópica bajo Atención alta (ρ = −0.43, p < 0.0001), mientras S1 (control) permanece cerca de asociación nula (ρ ≈ +0.02), apoyando selectividad frente a un artefacto global. Alcance: estos resultados apoyan la H2 bajo la instrumentación y protocolo actuales; se presentan como evidencia de asociación robusta y micro-estabilización, no como prueba definitiva del mecanismo. Files: PDF (bilingual preprint + H2 Option C report + verdict page). Baena Cock, Juan Sebastian. (2026-01-18). Mental Coherence as a Negentropic Driver in Micro-Stochastic Systems: The Quantum Contact Model (Preprint + technical report). Zenodo. https://doi.org/10.5281/zenodo.18290126

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