PiscopoWholeStructureAcousticResonanceGreatPyramid₂026. docx

Archaeoacoustic research has established that the principal chambers of the Great Pyramid of Giza each exhibit distinct resonant frequency signatures in the infrasound and very low frequency ranges. Peer-reviewed neuroacoustic research demonstrates that acoustic exposure at these frequencies produces measurable EEG shifts — including reduced left temporal activity and right prefrontal dominance consistent with meditative states (Cook, Pajot the granite sarcophagus resonates at 114–122 Hz, matching the adult male vocal fundamental, consistent with a coupling interface function; and continuous Pc1 geomagnetic pulsations (0.2–5 Hz) at the site produce documented biological effects at identical frequencies.A three-phase experimental methodology is proposed incorporating finite element structural-acoustic modeling, physical scale model validation, and in-situ EEG monitoring at acoustic antinodes within the passage network. The hypothesis generates falsifiable predictions at every level. The pyramid’s engineering precision — sub-centimeter leveling across 230 meters, cardinal alignment to within minutes of arc — is consistent with acoustic resonance engineering requirements and disproportionate to any funerary purpose. The paper reframes the Great Pyramid as a precision-engineered instrument for producing neurological states through coordinated multi-chamber acoustic resonance.