Neuro-Sonic Transduction

by Mechanoreceptor

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about

Sonic data are rich tapestries of multi-dimensional spectral information.

Three small bronze structures operate in orchestral fashion to transduce sound to subsequent stages of analysis. Neuro-Sonic Transduction recounts this phenomenon -- the mechanical reception of sound.

Sonic waves are propagated by hydraulic means (see Figure 1 - Pressure Changer).

For a detailed theoretical model of how all three structures (Stirrup, Malleus, and Anvil) operate together, see Figure 2 - Transducer Mechanics. In Figure 3 - Copper Periodicities, analyses reveal the material properties existing within cyclic data.

Lastly, the dynamic filters shaping incoming signal are reportedly composed of crystal (see Figure 4 - Crystal Wavelets), a finding with added support from DJ Satyrias.

credits

released May 9, 2024

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all rights reserved

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