The E=mc Thought Principle: A Conceptual Description of Thought Generation Processes through Structural Analogy

This paper presents the E=mc Thought Principle as a conceptual framework for describing how thoughts are generated, transformed, and ultimately transition into states that act externally through observation and external interference. While inspired by the physical formula E=mc², this principle does not adopt it as a scientific theory but rather reinterprets the relational structure—'a retained structure undergoes a transformation process and emerges as an observable state'—within the domain of thought. No numerical correspondence with Einstein's equation is intended or claimed. In this model, E is defined not as thought itself but as the actionable state quantity that emerges when structured thought manifests in observation. Thought is conditioned by the product of mutually dependent parameters: structural conviction (m), transition velocity (c), purity (η), internal density (ρᵢ), and information depth (lnI). E is generated only when these conditions are met. Additionally, fluctuation (Δ), as an unpredictable and uncontrollable element, is introduced as an additive term distinguished from the generation conditions. The purpose of the E=mc Thought Principle is not to formalize thought as a computable object with precision. Rather, it aims to provide an analytical coordinate system for visualizing the generation and failure conditions of why some thoughts emerge as observable events that influence the external world while others remain internalized. This principle intentionally excludes completely defined static structures with no room for change, targeting only dynamic processes in which meaning and structure are generated, transformed, and sometimes collapse.