The Ontology of Motion and Force: Energy Gradients in Constraint Networks

What is force? Newton saw it as the cause of acceleration; modern physics encodes it in gauge symmetries and potential gradients. Energy-Efficiency Theory (EET) provides a deeper, first-principles answer: force is the continuous, differentiable language of directed change in a constraint network—the L2 mapping-level descriptor of the tendency for constraint reconfiguration induced by energy differences. This paper develops the complete ontology of motion and force from the generative foundations of EET Core Rules v5.6 and the companion ontologies. At L1, motion is the redistribution of energy across the constraint network, occurring in two fundamental forms: Type I (free-state energy propagation) and Type II…