Akronos Publishing Concord, ON, Canada www.aetherometry.com

Aetherometric Acoustics and the Theory of Octaves

by Correa, Paulo N.; Correa, Alexandra N.; Askanas, Malgosia

Published in November 2025.     167 pages.

Aetherometric Theory of Synchronicity, Vol. 6

Monograph AS3-VI.8

Price:   US $40

ABSTRACT Conventional acoustics explains sound thermodynamically as a pressure wave or a displacement wave, with the speed of sound being treated as a medium-dependent and temperature-variable function. Aetherometry counteracts this view with an electrodynamic analysis that begins by showing how maximum sound intensity and the pressure and displacement amplitudes of both air molecules and free electrons are disturbances caused by the propagation of sound-carrying (power) ambipolons. Acoustic ambipolons acquire an electrogravitic fine structure by resonance with the electron free-swing frequency (FSF) - the frequency of the electron-graviton (fGe). The implications for the physics of atmospheric sound are explored. This opens the way to a whole new approach to controlling hypersonic flight of relative wind craft using projection of electrogravitic ambipolons. An entirely novel scientific scaling of octaves is also proposed, where A4 = fGe. Overtone production is experimentally and analytically distinguished from the primary superimposition of sound waves. Finally, the aetherometric theory of acoustics is applied to the study of sound propagation in liquid water, at temperatures below and above 273.15 °K.