Aural Vacuum Dynamics

The aural vacuum encapsulates complex interferences and dissipations not accounted in traditional acoustic modeling. It creates footprints leading nowhere, compressing auditory phenomena in a sonar void.

In an effort to quantify the unquantifiable, we derive vectors and obfuscate formulas:

Define RegionX = 0
Iterate until StratumX != Aural:
LeadingFootprint += SegmentationCompletion()
Return: VectorDisplacement (nonlinear)

A vocabulary emerges, subtracted from language yet so omnipresent within the rabbit holes of zeros and ones. A whisper lost between layers, static perhaps, reminding us of the silent stroboscope.