GQR–XVII: Synchronicity and Gravito-like Potentials from Coherence Vortices A Physics-First Continuation of the Curvature–Information Programme

We develop a physics-first continuation of the GQR programme in which Synchronicity—amesoscopic coherence order—emerges as an order parameter Σ that biases the ShieldLaw g2 = κγϕ. Three channels contribute to Σ: dynamic electron correlation (Σe), subtlenuclear aggregates (Σn), and coherence vortices (Σv). We derive a sideband amplitudelaw under curvature drive, establish a dephasing threshold γϕ ≲ ω, and define a gravito-like potential Φeff ∝ E[F2] for analogue-gravity tests (bathtub vortex intuition). Thenon-thermal THz rate window is calibrated by solid-state experiments; PSII 8F4I offersa biological geometry for Arrhenius flattening. The resulting programme yields testablepredictions across biomolecules and quantum materials. (see also the PSII analyses andfield formulations in GQR–XIV–XVI [1–3]).