Beyond Spatial Transit: Redefining Light and Sound as Frequency-Dependent Readouts on the Universal Virgin Wave Vacuum

Abstract

Building upon the Virgin Wave Framework (VWF) and the Holographic Broadcast Principle, we challenge the classical dogma that light and sound represent physically distinct spatial transit velocities (c versus v_{\text{sound}}). We propose that neither photons nor acoustic phonons are cargo-carrying projectiles moving across metric space. Instead, both phenomena operate as local frequency-dependent reading operators acting upon a single, omnipresent background medium—the universal Virgin Wave vacuum field. The apparent differences in propagation speed are entirely reducible to differences in information density, frequency intensity, and local hardware decoding rates.