Key result
ResonoTime framework validates phase invariants across five biological domains including ECG and EEG.
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The ResonoTime framework provides a validated mathematical model for physiological regulatory states across multiple biological domains.
Empirical validation protocols, and statistical results supporting the **ResonoTime Gauge Theory of Regulatory States** and its associated **Phase Invariants Family** (Geodesic Energy, Topological Persistence, and Phase-Flow Entropy). ### Overview The ResonoTime framework models physiological regulatory states as trajectories on Symmetric Positive Definite ($SPD(N)$) phase covariance manifolds. This repository hosts the confirmatory validation audit verifying the stability, sensitivity, and mathematical boundaries of these invariants across five diverse biological domains (comprising electroencephalography, electrocardiography, wearable accelerometry, and neuromotor kinematics).
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Kevin Junginger (2026) studied Physiological regulatory states. ResonoTime framework was evaluated on Stability, sensitivity, and mathematical boundaries of phase invariants. The ResonoTime framework and its associated Phase Invariants Family were empirically validated across five diverse biological domains including EEG, ECG, accelerometry, and neuromotor kinematics.
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