Retarded Consistency Field Theory A Unified Delayed-Consistency Foundation for Present Selection, Time, Inertia, Gravity, and Quantum History

This work presents Retarded Consistency Field Theory (RCFT) as a unified delayed-consistency framework in which the physically realized present is not assumed as a primitive instantaneous input to dynamics, but is instead selected from prior history through causal retarded consistency. In this formulation, time is not taken as a fundamentally given flowing background, but is reconstructed as the recursive order generated by repeated present selection.

 

Within the same formal architecture, ordinary local classical mechanics appears as a narrow-memory compression of the delayed action. In flat and unbiased sectors, this yields inertial persistence. In structured or curved sectors, the same delayed-consistency principle gives rise to force-like and geodesic motion, allowing inertia and gravity at the motion level to be interpreted as neighboring limits of one common variational foundation.

 

The work also develops a quantum extension in which the delayed action is quantized over histories, naturally leading to a history-space formulation rather than a description based only on instantaneous states. Ordinary quantum mechanics is then recovered as an endpoint-compressed narrow-memory limit of this broader historical framework. The result is a coherent unified foundation for the currently developed RCFT sectors: present selection, time, inertia, gravity at the trajectory level, and quantum history dynamics.