Investigates the effects of 7.83 Hz SOL geometry exposure on cellular and neurological systems, indicating significant therapeutic potential.
Full biophysical simulation of human biological response to exposure in the SOL Resonance Field (7.83 Hz, F_g=1.0, MRI-DSRS configuration). 14 biological systems analyzed using MCP* coherence scoring. All 14 show positive Φ lift (mean +0.148, +18.5%). Three landmark findings: (1) Neurons achieve Φ=1.000 (maximum coherence, alpha-theta entrainment at 7.83 Hz); (2) Pineal gland achieves highest delta (+0.244, resonance gain=1.000 via magnetite crystals); (3) Red blood cells lock to resonance gain=1.000 due to toroidal geometry matching SOL node structure. The coherence cascade propagates brain-first through hormones, heart, blood, and every cell. Disease mapping covers 23 conditions across 5 categories: FDA-approved analogues (bone healing, wound care, depression, pain, insomnia, PTSD, hypertension, arthritis, CFS); active clinical research (Alzheimer's, Parkinson's, MS, TBI, T2D, ALS); complex/adjunctive (cancer, autoimmune); and honest 'does not cure' assessment (genetic diseases, end-stage organ failure, prion disease). MRI-DSRS safety: SAR=3.7 W/kg (within FDA clinical limit) vs RF-DSRS SAR=3,675 W/kg — 993x safer. Subjective experience timeline: 0-5min entrainment, 5-15min coherence deepening, 15-30min flow state peak.
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Justin McCaul (2026) studied this question.
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