Brownian Motion as V23 Torsional Noise: Why Einstein Mistook Vacuum Fluctuations for Atoms

Einstein's 1905 interpretation of Brownian motion as proof of atoms is fundamentally reinterpreted through Structured Vacuum Theory (TVS). We demonstrate that random particle motion arises not from molecular collisions but from torsional fluctuations in the 23 helical vacuum channels (V23). Deriving the diffusion equation from V23 principles, we obtain D = (23k_B T)/(11.5πηλ_0) without invoking molecules. The "Avogadro number" extracted from Brownian data actually measures V23 channel density (~6×10^23 m^{-3}), not molecular count. TVS predicts anisotropic Brownian motion varying with cosmic orientation, temperature dependence deviating from Stokes-Einstein below 0.1 K, and size-dependent resonance effects at r = nλ_0. Brownian motion thus becomes evidence for structured vacuum, completing the TVS deconstruction of Einstein's 1905 trilogy.