Biological Frequency Transduction Solver

Select Frequency

GUT REGIME (174–963 Hz)

HEART REGIME (1206–3150 Hz)

HEAD REGIME (3504–6336 Hz)

Custom:

Delivery Mode

All 5 pathways active: air conduction + bone conduction + chest compression + visceral coupling + skeletal waveguide. Concert-level engagement.

⚡ OHC sensitivity: 1.0 experimental · affects CABI sub-bass only

Sophia Session Data (Optional)

📂 Load Sophia CSV No data loaded — predictions only

🧘 Load tones-off baseline CSV Baseline: population default Δ compare (score the shift from baseline)

Transduction Pathway

Body Structure Resonance Response

Bar height = resonance coupling strength at the input frequency. Published resonance data: skull 300–900 Hz (Franke 1951, Békésy 1948), chest 50–100 Hz (Coermann 1962), abdomen 4–8 Hz, mandible 100–200 Hz, temporal bone conduction 200–4000 Hz (Stenfelt 2006).

Subharmonic Cascade → EEG Band Prediction

Predicted Neural Effect

EVIDENCE TIER: HYPOTHESIS. This model combines published body resonance data with nonlinear subharmonic theory to PREDICT which neural frequencies should respond to acoustic input. Predictions should be validated against actual EEG data (Sophia sessions). The transduction chain is physically plausible but not yet experimentally confirmed as a complete pathway. Mechanosensitive ion channels (Piezo1/2, TREK) are Nobel Prize-validated (2021) as biological vibration sensors.

BIOLOGICAL FREQUENCY TRANSDUCTION SOLVER