Universal Resonance Statutes: A Mass-Independent Kinematic Framework for Structural Stability
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2026
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| author | Hasan, Shadab |
| author_facet | Hasan, Shadab |
| contents | <p>This research presents the Hasan Engine v3.0, a revolutionary mass-independent framework that identifies structural stability through geometric resonance rather than traditional Newtonian forces. By introducing the Universal Filter (B = \pi^3 \cdot 2\phi) and the Harmonic Radius (H = \sqrt{R}), this study unifies cometary stability, Schwarzschild geometry, and electromagnetic propagation under a single dimensionless index (n). </p> <p>Key Highlights of this Edition:</p> <p>Schwarzschild Derivation: A groundbreaking mass-free derivation proving the event horizon is a resonance limit (R_s = 2/B^{2n}). </p> <p>Stability Statutes: Definition of the Hasan Golden Zone (n \le 1.930) as the peak structural health threshold. </p> <p>Live Validation (C/2025 R3 PanSTARRS): A definitive predictive audit using April 15, 2026, JPL data, confirming the comet's entry into the Golden Zone (n = 1.9218) and its guaranteed survival through the April 19 perihelion. </p> <p>Universal Consistency: Demonstrates identical resonance boundaries across black hole ISCO (n = 2.000) and Longwave radio (100 kHz). </p> <p>This framework provides a verifiable and predictive alternative to conventional tidal/thermal models, grounded in publicly available NASA/JPL data. </p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_19596064 |
| institution | Zenodo |
| language | |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Universal Resonance Statutes: A Mass-Independent Kinematic Framework for Structural Stability Hasan, Shadab Universal Resonance, Comet PanSTARRS Survival, Mass-Free Gravity, Schwarzschild Radius Derivation, Orbital Stability. Hasan frequency index PanSTARRS R3 Comets <p>This research presents the Hasan Engine v3.0, a revolutionary mass-independent framework that identifies structural stability through geometric resonance rather than traditional Newtonian forces. By introducing the Universal Filter (B = \pi^3 \cdot 2\phi) and the Harmonic Radius (H = \sqrt{R}), this study unifies cometary stability, Schwarzschild geometry, and electromagnetic propagation under a single dimensionless index (n). </p> <p>Key Highlights of this Edition:</p> <p>Schwarzschild Derivation: A groundbreaking mass-free derivation proving the event horizon is a resonance limit (R_s = 2/B^{2n}). </p> <p>Stability Statutes: Definition of the Hasan Golden Zone (n \le 1.930) as the peak structural health threshold. </p> <p>Live Validation (C/2025 R3 PanSTARRS): A definitive predictive audit using April 15, 2026, JPL data, confirming the comet's entry into the Golden Zone (n = 1.9218) and its guaranteed survival through the April 19 perihelion. </p> <p>Universal Consistency: Demonstrates identical resonance boundaries across black hole ISCO (n = 2.000) and Longwave radio (100 kHz). </p> <p>This framework provides a verifiable and predictive alternative to conventional tidal/thermal models, grounded in publicly available NASA/JPL data. </p> |
| title | Universal Resonance Statutes: A Mass-Independent Kinematic Framework for Structural Stability |
| topic | Universal Resonance, Comet PanSTARRS Survival, Mass-Free Gravity, Schwarzschild Radius Derivation, Orbital Stability. Hasan frequency index PanSTARRS R3 Comets |
| url | https://doi.org/10.5281/zenodo.19596064 |