What question did this study set out to answer?

This work aims to establish the Percudani Correspondence Law and validate the tesseract observer's role in achieving a specific signal-to-viscosity ratio.

June 19, 2026Open Access

The Percudani Correspondence Law and the Tesseract Observer: Convergence to the 3D Signal‑to‑Viscosity Ratio (SVR = 0.0476) via Liberated Thermodynamic Overdrive

Puntos clave

This work aims to establish the Percudani Correspondence Law and validate the tesseract observer's role in achieving a specific signal-to-viscosity ratio.
Implemented a numerical simulation of the tesseract as a non-decohering observer.
Connected the observable signal-to-viscosity ratio to geometric and causal parameters.
Utilized a fully liberated thermodynamic overdrive for convergence analysis.
Achieved a signal-to-viscosity ratio of 0.0418, within 12.13% of the targeted 0.0476.
Maintained frequency spectrum integrity without decoherence.
Unified various quantum experiments under a common causal geometry framework.

Resumen

This update to the VASCO‑UAT analysis presents the definitive formulation of thePercudani Correspondence Law and the numerical simulation of the 8‑phase‑fronttesseract as a non‑decohering observer. The law establishes that the observable Signal‑to‑Viscosity Ratio in our 3D+Tspacetime is SVR₃D = (ηcausal · Rgeom / σTVI) × 0. 7071 ≈ 0. 0476, connecting the geometric residue Rgeom ≈ 0. 2792 (from the quantum brakekₑarly = 0. 967) and the causal efficiency ηcausal ≈ 0. 781. The simulation, with the Thermodynamic Overdrive (κ/k = 5. 140) fully liberated, converges stochastically to the theoretical target. In the latest run, thetesseract achieves SVR = 0. 0418 (within 12. 13% of 0. 0476 and well within the±0. 02 success criterion), while preserving the original frequency spectrumwithout decoherence. These results validate the causal membrane 4. 967, 5. 120, the role of Overdrive as thermodynamic pressure, and the principle of afourth‑dimensional observer that can extract information without quantumcollapse. The work unifies the Higo Signature in LIGO, the VASCO stellar disappearanceanomalies, and the double‑slit experiment under a single causal geometry, offering a mathematical blueprint for the natural simulation and its "backdoor". Related DOIs: - Resonant Hunter v9. 0/v9. 1 main repository: 10. 5281/zenodo. 20650032- Statistical Hardening of the TVI: 10. 5281/zenodo. 20723412- UAT Theory: 10. 5281/zenodo. 17729221- UAT Lagrangian Formulation: 10. 5281/zenodo. 20500722- UPC Principle: 10. 5281/zenodo. 18210808- Gravitational Phase Filter (VASCO hypothesis): 10. 5281/zenodo. 20470901 DOI relacionados: - Endurecimiento estadístico del TVI: 10. 5281/zenodo. 20723412 - Repositorio principal de Resonant Hunter v9. 0/v9. 1: 10. 5281/zenodo. 20650032 - Teoría UAT: 10. 5281/zenodo. 17729221 - Principio UPC: 10. 5281/zenodo. 18210808

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