Standing Wave Matter Predicts Coherent Electromagnetic Biology

Dimensional Oscillation Theory (DOT) proposes that matter consists of standing wave patterns. This paper derives six mandatory properties that any standing wave system must exhibit — coherent emission, discrete mode structure, resonance behavior, waveguide propagation, symmetry in organized patterns, and state-dependent emission — and shows that all six have been experimentally confirmed in biological systems by independent laboratories, published in peer-reviewed journals including Physical Review X, PNAS, and PLoS ONE. The strongest single line of evidence is Fröhlich condensation: the confirmation by two independent laboratories that proteins sustain coherent oscillations at terahertz frequencies through metabolic energy pumping, with clear threshold behavior. The paper further identifies three testable predictions and includes an honest limitations section. No free parameters are introduced. Companion evidence compendium: doi:10.5281/zenodo.18896830.