Electrodynamics reasoning and knowledge graph — extends landau-graph with boundary-value methods, waveguides, antennas, scattering, crystal optics, coherence theory, and nonlinear/strong-field electrodynamics from 6 standard textbooks.
Optics engineering skill — extends landau-graph, electrodynamics, and plasma with Fourier optics, laser engineering, ultrashort pulse generation/measurement, acousto/electro-optics, stimulated scattering, and wave propagation in real media from 11 specialized textbooks.
Plasma physics reasoning and knowledge graph — extends landau-graph and electrodynamics with magnetized plasma waves, MHD stability, transport, laser-plasma interaction, and surface plasmonics from 10 standard textbooks.
LandauGraph — reasoning-constrained skill graph distilled from Landau-Lifshitz 10-volume Course of Theoretical Physics. 97 nodes, 196 edges. 4 edge types: prerequisite, reasoning-instance, abstraction, analogy. Production graph for agent physics reasoning.
Complete SI ↔ Gaussian unit conversion for electrodynamics. Replace ε₀, μ₀, c factors when translating between Jackson (SI), Landau (Gaussian), and other sources. Essential when using landau-graph (Gaussian) alongside electrodynamics skill (SI).
Universal methodology for distilling any mathematically rigorous discipline into a reasoning-constrained skill graph consumable by AI agents. Three-track extraction (reasoning mining, knowledge grounding, dependency mining), systematic rumination with blind-derivation validation, and cross-volume bridge construction. Complete worked example: Landau-Lifshitz 10-volume Course of Theoretical Physics (96 nodes, 188 edges).
Repository of mathematical theorems referenced by LandauGraph reasoning nodes. Stores complete proofs for results that are asserted but not derived in templates: Bertrand's theorem, Liouville-Arnold theorem, distribution identities, Airy asymptotics, and other mathematical infrastructure required for full derivations.