What question did this study set out to answer?

The aim is to assess microvariability criteria and associations with EEG indices in a quantum contact framework.

February 5, 2026Open Access

Operational Evidence for H1 (MicroFirst) and H2 (Continuous EEG–Microstabilization) in a Double-Slit Photodiode Platform: Datasets + Report (v1)

Key Points

The aim is to assess microvariability criteria and associations with EEG indices in a quantum contact framework.
Evaluated microvariability using ΔCV_global on global criteria (S4) with defined sampling standards.
Analysed EEG indices for associations with micro-variability proxies using rolling standard deviation.
Applied Spearman rho and one-sided permutation testing for statistical evaluations.
Findings show clear delineation between ON vs OFF states based on microvariability criteria.
EEG indices exhibited significant associations with micro-variability proxies, highlighting spatial selectivity control.

Abstract

This deposit contains datasets and a bilingual (EN/ES) preprint-style report for the Quantum Contact project focusing on: H1 (MicroFirst): ON vs OFF (S4=1 vs S4=0) global micro-variability criterion on S2 using ΔCVglobal (S2) with equalized sampling (as defined in the project protocol). H2 (Continuous): Association between EEG indices (ATT/MED) and micro-variability proxies (rolling std, window=11) on target sensors (S2/S3) with spatial selectivity control (S1), evaluated with Spearman rho and one-sided permutation testing. Files: CSV datasets: 1quantumcontactdata. csv, 2ᵥerdequantumcontactdata. csv, 3quantumcontactdata. csv, 4quantumcontactdata. csv PDF report: QCPaperH1H2JSBClabs. pdf (EN first, then ES)

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