TMD: Mechanical Gravity as an Orientational Deficit of the Triadic Network

Gravity, within Triadic Mesh Dynamics (TMD), is not a fundamental force and not curvature of empty spacetime.It emerges mechanically from an orientational deficit in the discrete triadic network.Massive objects act as rotating orientational nodes with high internal flip frequency, continuously consuming the orientational capacity of their surroundings. This produces a persistent decrease in orientational density—an effective mechanical underpressure. Layer B of the triadic A–B–C wave transports this deficit outward, while Layer C stabilizes it as a gradient of reaction time.Smaller objects are then mechanically pushed toward regions of lower orientational density. This work shows that Newtonian attraction and Einsteinian curvature are both macroscopic shadows of a single microscopic mechanism: pressure imbalance in the triadic substrate.The model naturally explains gravity, the equivalence of inertial and gravitational mass, and the emergence of relativistic geometry.