The Bradley Oscillation Field Theory: A Unified Scalar‑Tensor Framework for Gravity, Dark Matter, and Cosmic Structure

Bradley Oscillation Theory (BOT) is a unified scalar‑tensor framework grounded in a curvature‑coupled scalar field F(x), absolute time, and oscillation‑dampening gravity. BOT simultaneously resolves the Hubble tension, derives the MOND acceleration scale from first principles, and replaces gravitational black hole singularities with non‑singular dark matter cores. Applied to the Pantheon+SH0ES catalog (N = 1,701), BOT reconciles supernova expansion data with the Planck CMB baseline down to a residual tension of ΔH₀ = 0.43 km/s/Mpc. The theory provides multi‑scale predictions including gravitational‑wave ringdown echoes and a 1.0% sky dipole anisotropy.