The UMOSU-UMOKWAI Foundations for UCLIP - Unified Computable metaLanguage in Physics

Language models answer a deterministic question by a probabilistic procedure guided by human writing: the weights lead towards the answer as people have stated it, but nothing certifies it. The model proposed here, once the question has been interpreted, answers it by a deterministic one. Physics repositories store laws as natural text or as static LaTeX strings. A trained reader resolves what the string leaves open; a machine, or a language model, has to guess. The same symbol names different quantities, the same name covers different laws, and the conditions of validity sit in comments. This paper argues that the main contribution of Catalogue K1 is not the number of laws it holds but the disambiguation of every one of them: each law is stated with univocal quantities, explicit premises, a declared domain and traceable sources, so that a question about a law and one unknown has one entry and a fully specified answer. The tools are the UMOSU ontological model (Unified Model of Social Universe), which defines quantities by role rather than by symbol, and the UMOKWAI operational protocol (Unified Model of Knowledge With AI), which packages each law as a Relational Knowledge Unit (RKU). In its latest form the catalogue is organised from the phenomenon to the RKU, through the measurable properties of the phenomenon, and not from the discipline. UCLIP (Unified Computable metaLanguage in Physics), by mapping physical roles into an invariant level-2 glossary (symbols_L2), enforcing explicit premise booleans, and translating relations into executable Reverse Polish Notation (RPN), physics is transformed into an un-allucinable, deterministic relational substrate. Work in progress.