What question did this study set out to answer?

This research investigates the phenomenon of micro-stabilization during observation using the H1 verdict defined by ΔCV_global(S2).

February 2, 2026Open Access

Quantum Contact H1 — MicroFirst Global: Robust S2 Micro-Stabilization During Observation (Equalized ΔCV ON–OFF)

Key Points

This research investigates the phenomenon of micro-stabilization during observation using the H1 verdict defined by ΔCV_global(S2).
Analyzed five datasets to assess the relationship of ΔCV_global(S2) with observation states.
Defined H1 verdict using equalized ON/OFF samples for measurement.
Reported results without utilizing EEG.
Found ΔCV_global(S2) to be less than 0 in all datasets (5/5), indicating stabilization during observation.
Demonstrated consistent results across multiple datasets, supporting the conclusion.

Abstract

Bilingual paper (EN/ES) reporting Quantum Contact H1 (MicroFirst Global, no EEG). The H1 verdict is defined exclusively by ΔCVglobal (S2) =CVON−CVOFF using equalized ON/OFF samples. In five datasets, ΔCVglobal (S2) <0 (5/5), consistent with S2 micro-stabilization during ON (observation). Includes figures and supplementary verdict PDFs.

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