Spacetime Memory Field Theory (SMFT)

Abstract

Abstract Spacetime Memory Field Theory proposes that anything with a non-zero rest mass is associated with two coupled spacetime fields: Gravitational Field (GF) Generated by the gravitational mass. Produces a static state baseline curvature of spacetime. Responsible for the gravitational interactions. Described by general relativity Spacetime Memory Field (SMF) Generated by inertial mass (same mass–equivalence principle). Produces the dynamical state of the object stored in spacetime. Responsible for: Linear momentum (magnitude and direction) Angular momentum (rotation) Mediates momentum transfer between interacting systems. Unified proposal for gravity, inertia, and momentum using general relativity The motion of matter is determined by the combined actions of these two fields. The Spacetime Memory Field Theory proposes that momentum is represented by the surrounding Spacetime Memory Field rather than being an intrinsic property of matter. The central principle of the proposed theory is as follows: Gravitational Field defines how spacetime is curved (static). The Spacetime Memory Field defines how motion and momentum are stored and maintained in SMF (dynamic). Matter follows the combined spacetime state generated by these two fields.SMFT First Law or Interpretation of Newton's First Law: An object continues in motion because the spacetime distortion state created by previous impulses persists.