Operational Epistemics: An Operator Grammar for the Physical Construction of Knowledge

Knowledge is usually treated as a semantic, cognitive, or institutional phenomenon. We propose instead that knowledge is a physical construct governed by a minimal set of operator mechanics. Building on the result that information is physical and thermodynamically constrained [1–4,10], we introduce an operational epistemic grammar based on four primitive operators: distinction, transduction, compilation, and viability. These operators generate epistemic objects as stabilized token ensembles under physical constraint. We define the irreducible epistemic object stack (boundary, distinction, token, constraint, regime, translation), formalize the dynamics by which local asymmetries propagate into closed regimes of comparability, classify closure modes, and derive admissibility conditions for translation across regimes under entropy and uncertainty limits. Knowledge is thereby reframed as an engineered material structure rather than a representational or doxastic state. The result is not a philosophy of science, but a mechanics of knowing.