A Unified Ontology of Motion Effects and Carrier Interactions: A Discretized Alternative to Continuous Spacetime

To address the fragmentation of energy forms, the misattribution of force as the first cause, and the singularity divergences in General Relativity, this paper proposes a unified ontology based on discrete media. The theory posits that physical reality is fundamentally discrete, with "Primordial Motion Energy W" as the sole ontological entity. By establishing rigorous mappings (), and a directional transfer matrix framework, the theory recovers classical mechanics and weak-field relativistic approximations in the macroscopic continuum limit. However, in strong-field limits, it yields two decisive predictions: 1) Gravitational waves are tensor transverse waves propagating through a discrete pure-Y medium; 2) The maximum gravitational redshift at the event horizon converges to , rather than diverging to infinity as in General Relativity. This theory provides a falsifiable, discrete alternative for unifying gravity and quantum mechanics, eliminating the need for spacetime singularities.