Why Taste Frequencies Have Not Been Detected Yet: A USP Field Theory Resonance Interpretation

This document introduces a USP Field Theory explanation for why taste-related frequencies have remained undetected in classical experiments. Instead of assuming chemically isolated pathways, USP proposes that taste arises from deeply embedded Δf-resonance corridors within biological geometry. These corridors are non-radiative, extremely narrow-band, and strongly mismatch with external electromagnetic scanning. The paper outlines the resonance-embedding mechanism, explains the failure of conventional detection methods, and proposes a practical experiment using controlled Δf-disturbance to reveal taste-specific resonance signatures. This work forms a testable bridge between sensory biology and fundamental field geometry.