On the Non-Necessity of Quantization in Cognitional Mechanics

This paper establishes that quantization is neither a necessary nor a fundamental operation in Cognitional Mechanics (CM) and its relativistic extension (RCM). Although recent CM-related works employ wave-like representations and operator formalisms, these structures arise from abstract operational constraints rather than from physical quantization in the sense of quantum mechanics. By analyzing the internal coherence and citation closure of the December 2025 IASER, CM, and RCM paper set, this work demonstrates that CM constitutes a self-sufficient abstract theory, independent of physical postulates. Historically, this marks a decisive moment in which mathematical–cognitive structure becomes autonomous from physical theory: not a revolution through paradigm replacement, but a declaration of independence of abstraction itself.