JUBAP/Phylons — Regime Awareness and Semantic Windows
This category brings together the technical papers of the JUBAP/Phylons Regime-Awareness Programme, reconstructed from original designs, retained source code and later formal research.
The series explains how the architecture transformed continuous observations into interpretable semantic states, searched large context spaces without exhaustive enumeration, maintained rules under changing regimes, coordinated shared resources, and reconstructed affected state when historical events were revised.
The papers distinguish between mechanisms verified in code, historical design, executable pseudocode and open research questions. Together, they connect the 2018 JUBAP/Phylons implementation with current work on semantic windows, contextual sufficiency, explainable regime detection, combinatorial optimization, multi-agent orchestration and revision-aware computation.
Quantum computation is considered only for specific residual problems, particularly rare-event search, near-degenerate discrimination and the prioritization of potentially large relabeling cascades.
