A Cyclic Epistemological Framework for Closing Conceptual Gaps in Contemporary Physical Theories

This manuscript presents the application of the Kiawe Epistemological Framework (KEF)to contemporary physical theories, including General Relativity, Quantum Mechanics,Quantum Field Theory, Thermodynamics, and Cosmology. While each theory is internallyconsistent within its domain, they remain conceptually incompatible when consideredtogether. KEF provides a non-ontological, non-theoretical cyclic epistemic structure(G6–X–Q9–N) that closes the conceptual cycles left open by these models withoutmodifying their equations or introducing new physical entities. The framework interprets each physical theory as a phase of a coherent epistemicprocess, resolving discontinuities such as continuous/discrete, local/non-local,potential/actual, and entropic/coherent regimes. KEF does not unify physics at thelevel of ontology or mathematics; instead, it restores coherence at the level ofepistemic interpretation. This document is part of the AKKADEMIA SENZANOME corpus and represents theapplication layer of the epistemic cycle, complementing the structural and foundationalmanuscripts without overlapping with them.