What question did this study set out to answer?

This research aims to explore the counterintuitive effects of entropy during two distinct astronomical events.

May 26, 2026Open Access

Dual Neguentropic Paradox in a Laser-Grating Interferometer: Opposite Entropy Effects During an Annular Eclipse (H4-MEG) and G3 Geomagnetic Storm (H5) — Quantum Contact Preprint v1.0

Key Points

This research aims to explore the counterintuitive effects of entropy during two distinct astronomical events.
Analyzed data from the Quantum Contact laser-diffraction interferometer during an annular solar eclipse and a G3 geomagnetic storm.
Compared statistical deviations from baseline for both events.
Annular solar eclipse showed H=0.065 and negentropy=0.935, p=0.020.
G3 geomagnetic storm had H=0.945 and negentropy=0.055, p=0.024.
Deviations presented opposing entropy effects, highlighting the dual neguentropic paradox.

Abstract

Bilingual preprint (ES/EN). Comparative analysis of two experimental corpora using the same laser-diffraction-grating interferometer (Quantum Contact system, JSBCLabs): annular solar eclipse Feb 17, 2026 (H=0.065, negentropy=0.935, p=0.020) and G3 geomagnetic storm Mar 8-13, 2026 (H=0.945, negentropy=0.055, p=0.024). Both events produce statistically significant deviations from baseline but in opposite directions — the dual neguentropic paradox. Related DOI: https://doi.org/10.5281/zenodo.18692910. ORCID: https://orcid.org/0009-0002-9413-858X

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