Monitoring Protocol: Real-Time EEG + Acoustic + EMF Triple Validation

MONITORING AND VALIDATION PROTOCOL

Modern technology allows something the ancients could never do: MEASURE the effect in real time.

SENSOR ARRAY (per chamber)

1. ACOUSTIC (input measurement) Infrasound microphone: 0.1-200Hz, ±0.1dB Standard mic: 20Hz - 20kHz Triaxial accelerometer on floor + walls Purpose: measure acoustic field, standing waves, Q-factor, reverberation time, mode shapes
2. ELECTROMAGNETIC (transduction measurement) ELF magnetometer: 0.1-100Hz, sensitivity 1 pT Electric field probe: 0.1-100Hz, 0.1 μV/m Positioned at head height (seated participants) Purpose: measure piezoelectric EM field generated by acoustic excitation of stone
3. NEURAL (output measurement) EEG headsets: 8+ channels, 256Hz sampling All participants simultaneously (hyperscanning) Real-time coherence computation between:

• Inter-brain synchrony (participant pairs)
• Brain-acoustic coherence (EEG vs. mic)
• Brain-EM coherence (EEG vs. magnetometer)

VALIDATION CRITERIA

SUCCESS = all three measured simultaneously:

1. Acoustic resonance at 7-14Hz or 110Hz
2. EM field at same frequency (piezo transduction)
3. EEG entrainment at same frequency WITH statistically significant coherence (p < 0.01) between all three signals.

BONUS: Inter-brain coherence > 0.5 between

MODERN COMPARISON (tACS):