What I learned today

  SUPERCONDUCTIVITYΩ — POST-2026 TOC From Readout Classification to Source-Grounded Discovery Front Matter 0.1 Purpose of the post-2026 program 0.2 Evidence-only policy 0.3 Observation, inference, candidate mechanism, and discovery 0.4 What is established versus what remains source debt 0.5 Terminology and notation 0.6 Experimental evidence hierarchy 0.7 Representation ≠ ontology 0.8 Readout ≠ mechanism 0.9 Correlation ≠ ownership 0.10 Local closure ≠ universal superconductivity theory 0.11 Reproducibility, provenance, versioning, and negative results 0.12 TSCT as discovery protocol rather than physical authority Part I — What Must Be Explained 1. Superconductivity as an Experimental Phenomenon 1.1 Operational definitions 1.2 Resistive transition 1.3 Zero-resistance limits and measurement floor 1.4 Magnetic response 1.5 Flux exclusion and flux penetration 1.6 Persistent currents 1.7 Critical temperature 1.8 Critical field 1.9 Critical current 1.10 Thermodynamic signatures 1.11 Spec...

  TECHNICAL ARCHITECTURE Triadic Semantic Cloud Theory TSCTΩ — source-respecting semantic formation, boundary search, failure geometry, and recursive cloud reconstruction Document: Architecture Specification v1.0 Status: Working architecture; no manifest activation implied Authority: ORSIΩ_KERNEL_v1 terminal and ABI semantics Lineage: EG_REΩ v2.0; ISGD40; GRM34.10–34.19; RCFSΩ; DGGSΩ Date: 2 September 2026   ARCHITECTURAL THESIS Meaning is not stored in isolated tokens. It is encoded in role-sensitive, irreducible semantic contacts whose successful formations, boundary residues, and structured failures alter the geometry of subsequent search. TSCT therefore treats the cloud as an executable, ancestry-preserving reconstruction system rather than a flat embedding, graph, or context window.   Canonical architecture   TSCTΩ := <S, Θ, Σs, SCt, ∂, τ, ρ, κ, NEG, H, Wr, Ws, V, R, RU> Cloud law   SC(t+1) ...