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February 19, 2026Open Access

Negentropy Signatures in Quantum Contact: TORUS 3D Density During an Annular Eclipse (H4 MEG, Bilingual v3)

Juan Sebastian Baena Cock

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Key Points

This research aims to explore negentropy signatures in quantum contact during an annular eclipse using 3D density measurements.
Analyzed data from quantum contact measurements during an annular eclipse
Utilized 3D density modeling to interpret negentropy signatures
Conducted observations in a bilingual context
Identified distinctive negentropy signatures associated with quantum contact during the eclipse
Demonstrated variations in density patterns correlating with solar phenomena

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Implication

Research demonstrates negentropy signatures in quantum contact, indicating insights into cosmic phenomena.

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Cite This Study

Juan Sebastian Baena Cock (2026) studied this question.

synapsesocial.com/papers/69994cb3873532290d02152a https://doi.org/10.5281/zenodo.18692909

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Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context:

1Exploring Quantum Decoherence and Response via Trans-Dimensional Superposition and Synchrony Markers (TORUS—H3) — Bilingual (EN/ES), v2Original Research · 2026
2Dual Neguentropic Paradox in a Laser-Grating Interferometer: Opposite Entropy Effects During an Annular Eclipse (H4-MEG) and G3 Geomagnetic Storm (H5) — Quantum Contact Preprint v1.0Original Research · 2026
3emporal Otsu Threshold and Binary Entropy Dynamics During the February 17 Eclipse in Quantum Contact H4 Sessions (Working Paper)Original Research · 2026
4Quantum Contact (H4): Exploratory Metadata Analysis Around the Lunar/Eclipse Window (Bilingual EN/ES)Review · 2026
5Quantum Contact TORUS H3: Exploratory Detection of Recurrent Binary Motifs in a Binarized Optical ChannelOriginal Research · 2026

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