HSAG
CONSORTIUM
For Resonant Research
Publications
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The Resonance Capacity Index (RCI):
A Scalar Metric for Oscillation Suppression in Strong Magnetic Regions
This paper introduces the Resonance Capacity Index (RCI) — a dimensionless, observationally motivated scalar metric designed to quantify the suppression of oscillatory power in magnetically active regions on the Sun. The RCI integrates band-limited Doppler oscillation power, a quiet-Sun reference baseline, and local magnetic field strength into a single, compact diagnostic field.
Rather than replacing magnetohydrodynamic (MHD) modeling or detailed helioseismic analysis, the RCI is formulated as a conceptual and empirical bridge between raw oscillation power maps and full physical simulations. It is intended for rapid comparative studies of sunspot structure, temporal evolution of active regions, and correlations between magnetic topology and wave absorption.
This publication establishes the theoretical and methodological foundation for the RCI framework and is released as an open conceptual preprint to encourage independent validation, refinement, and interdisciplinary application.
Status: Conceptual / Theory & Methods Preprint
Field: Solar Physics • Helioseismology • Magnetohydrodynamics
DOI: [10.5281/Zenodo17573988]
STELLAR AERIS:
Atmospheric Coherence & Resonance Analysis System
STELLAR AERIS is a computational atmospheric analysis platform developed under the HSAG Consortium for Resonant Research. The system focuses on identifying, mapping, and quantifying coherence fields, resonance suppression zones, and phase-disrupted atmospheric layers using advanced spectral and phase-mapping techniques.
Unlike traditional meteorological models that rely solely on thermodynamics and fluid dynamics, STELLAR AERIS introduces resonance-aware analytics to enhance detection of signal destabilization, oscillation collapse, and coherence gradient transitions.
Core Functions
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Phase-mapped atmospheric coherence modeling
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Resonance suppression detection
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Spectral interference indexing
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Multi-layer coherence stratification
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Signal stability forecasting
Primary Use Cases
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Satellite signal degradation analysis
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Storm-driven coherence collapse modeling
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Interferometric atmospheric noise prediction
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High-altitude resonance layer detection
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Advanced aerospace and observatory support
Scientific Status
STELLAR AERIS is currently in active computational validation using:
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Synthetic resonance fields
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Public atmospheric proxy datasets
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Controlled spectral simulations
DOI: [10.5281/Zenodo17573988]
Citation Notice
Dixon, E. (2025). The Resonance Capacity Index (RCI): A Scalar Metric for Oscillation Suppression in Strong Magnetic Regions. HSAG Consortium for Resonant Research. Open Access Conceptual & Methods Preprint.
Zenodo DOI: 10.5281/Zenodo17573988
© 2025 HSAG Consortium for Resonant Research LLC.
Released under an Open Research License for non-exclusive academic use with attribution.
Commercial use, proprietary system integration, and derivative monetized applications require written authorization.
This publication discloses observational methodology and scalar diagnostics only. It does not reveal proprietary HSAG system architectures, resonance computation engines, or protected inference pipelines.