Resonant Spatial Computing: Dynamic Synchronization and the Gravitational Anchor

This monograph formalizes the paradigm of Resonant Spatial Computing (RSC). We propose an alternative to static geometric calibration: a protocol of Dynamic Inertial Synchronization (IPS) that couples the interface to the geodetic field via a Geocentric Pendulum. Classical mechanics is used as a primary analog data compressor—a stage we define as Layer Zero. The framework draws on Arboreal Priors and the Precision Grip as evolutionary substrates, providing a physical anchor for Active Inference and the Free Energy Principle. RSC addresses the Sparsity Paradox by extracting intent at the Kinetic Nadir, achieving a 150:1 data reduction. We provide numerical simulations demonstrating noise suppression and sparse reconstruction, illustrating how gravitational priors reduce proprioceptive drift.