What question did this study set out to answer?

This research aims to test the correlation between high EEG attention states and micro-coherence in double-slit signals.

February 12, 2026Open Access

Quantum Contact (H2): EEG-Linked Micro-Coherence in Double-Slit Signals — Bilingual EN/ES

Key Points

This research aims to test the correlation between high EEG attention states and micro-coherence in double-slit signals.
Analyzed EEG data from recorded sessions during attention and meditation states.
Utilized Spearman correlation to assess relationships between variables.
Employed a one-sided permutation test for statistical significance.
Included a control condition using selectivity control (S1).
Found a significant correlation between high attention states and reduced micro-variability.
Observed increased coherence between sensors during these states.
Results suggest a linkage between EEG patterns and sensory processing.

Abstract

Bilingual (EN/ES) paper reporting Hypothesis H2 of the Quantum Contact project: EEG-linked micro-coherence in double-slit sensor time series. The study tests whether high EEG Attention/Meditation states correlate with reduced micro-variability (rolling standard deviation) and increased coherence between sensors, using Spearman correlation with a one-sided permutation test and selectivity control (S1 as control). Includes methods, results, discussion, and dataset-based analysis for the recorded sessions.

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