Research demonstrates high-resolution analysis of gravitational wave signals, suggesting new insights in quantum and cosmology.
This research presents a unified framework integrating Mass Curvature Rate (MCR) theory with high-resolution (16kHz) LIGO gravitational wave data (GW190412). By applying FFT analysis on the 16384 Hz sampled strain data, the study explores the predicted high-frequency tails (>1 kHz) in gravitational wave signals. The paper provides both mathematical derivations and Python scripts for reproducible analysis, offering a novel testbed for linking quantum-scale anomalies with cosmological phenomena. This work supports non-singular cosmogenesis models and contributes to precision astrophysical signal processing methodologies.
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Myomin Aunh (2026) studied this question.
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