Time-Scalar Field Theory Resolution of Three-Body Dynamics in Exoplanet Systems

We extend Time-Scalar Field Theory (TSFT), as formulated in Zebra Poker: The Ultimate Unification of Physics [1], to resolve the dynamical interactions in three known three-body exoplanet systems: Kepler-9, TOI-270, and TRAPPIST-1. Building on TSFT applications to solar coronal heating [2], wind acceleration [3], Mercury’s perihelion precession [4], and relativistic time dilation [5], we show that the scalar-time potential Θ(x, t) enforces collapse synchronization, yielding the observed transit timing variations (TTVs) without additional parameters. This unifies multi-body chaos with quantum collapse dynamics under a single TSFT framework, with statistical fits to observational data achieving p-values > 0.99 for all systems.