Maya Piezoelectric Field: Strongest Single-Temple Performance
PIEZOELECTRIC FIELD CALCULATION — MAYA SYSTEM
ACOUSTIC POWER AT SINGLE TEMPLE DURING CEREMONY:
Cenote cavity Q-amplification (Q≈80): ×80
Amplified underground: ~800 W
Ritual input (drums/chant/whistles): ~50 W
Pyramid Q-amplification (Q≈40): ×40
Amplified ritual: ~2,000 W
TOTAL at resonance: ~2,800 W
FIELD AT DISTANCE (g_eff = 2.5e-3, same as Giza):
At 500m:
σ = sqrt(2 × 8.49e-3 × 5.5e6) = 306 Pa
E = 2.5e-3 × 306 = 0.76V/m
→ 1.5-2.5x ABOVE tACS threshold
At 1km:
σ = sqrt(2 × 4.25e-3 × 5.5e6) = 216 Pa
E = 2.5e-3 × 216 = 0.54V/m
→ ABOVE tACS threshold (0.3-0.5V/m)
At 2km:
σ = sqrt(2 × 2.12e-3 × 5.5e6) = 153 Pa
E = 2.5e-3 × 153 = 0.38V/m
→ AT tACS threshold
STRONGER THAN GIZA AT EQUIVALENT DISTANCES. Why? Same piezoelectric material (calcite limestone) PLUS natural cenote cavity with high Q provides extremely efficient resonant amplification. The planet built the resonator. Maya built the antenna.
WITH MULTIPLE TEMPLES (Tikal has 5major pyramids):
Coherent: 3 × 0.54 = 1.62V/m (massive)
Incoherent: sqrt(3) × 0.54 = 0.94V/m
Both: far above entrainment threshold.
SKIN DEPTH at 7Hz in limestone:
In biological tissue at 7Hz:
Same physics as Giza. Field reaches brain at full strength without meaningful attenuation.
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