Motion-Based Physics introduces a new physics model that replaces time with directional motion (Δm) as the true structure of reality, challenging traditional frameworks.
Survival, identity, and intelligence are defined by meaningful motion, not by time or entropy.
The model is based on constructs like ΣΔm and Eᴹ = 0, unifying physics, mathematics, and philosophy.
It rejects classical physics' approach to time, entropy, and decay, proposing a motion-centered paradigm.
Motion-Based Physics replaces time with directional motion and redefines entropy as a collapse of recursion.
Survival is determined by motion that resolves contradiction across layers of recursion.
The model includes constructs like Δm, ΣΔm, Eᴹ = 0, Iᴸ, and Rᴄ, emphasizing motion, structure, and survival.
Stars, organisms, AI systems, and symbolic thought are discussed in the context of directional motion and survival through recursion.
Biological persistence, AI survival, and physical entropy are explained in terms of maintaining directional motion and avoiding collapse.
The survivability model outlines compression thresholds and entropy collapse triggers for systems based on directional motion.