#4745 KG: Classical Mechanics (again)
#4745 KG: Classical Mechanics (again) #4745 Consider Classical Mechanics by John R. Taylor in PDF format. What data and metadata would be useful in a knowledge graph representing this material to support gap analysis and discovery of new concepts and principles? To construct a knowledge graph (KG) over John R. Taylor’s Classical Mechanics that moves beyond simple text retrieval and actively supports gap analysis (identifying implicit assumptions, missing boundary conditions, or unstated prerequisite linkages) and discovery (abductive synthesis, cross-domain isomorphisms, and novel principle formulation), the schema must treat physics as a formal, multi-layered formal system. A flat concept-hierarchy will not suffice. The ontology requires a structural decomposition that explicitly separates semantic entities, mathematical formalisms, physical constraints, and epistemic boundaries. 1. Core Entity Types (Node Labels) A. Formalisms & Theories ( :Formalism , :Theory ) Captures...