言語・構造・時間：アインシュタイン＝ウィトゲンシュタイン＝フロイト統合に向けた生成言語学的枠組み

抄録

This paper develops a generative framework within Linguistic Cognitive Physics (LCP), in which language is not treated as a descriptive tool but as a constitutive operation that generates observable reality.

Building on Einstein’s relational conception of time, Wittgenstein’s structural account of meaning, and Freud’s theory of energetic repetition, we propose that time, meaning, and dynamic processes are not independent entities but co-emergent effects of a deeper linguistic-generative structure.

In this framework, observation is identified with linguistic articulation, and physical structure corresponds to stabilized forms of describability. A minimal nonlinear dynamical system is introduced, not as an ontological substrate, but as a formal expression of linguistic differentiation processes.

The model demonstrates that temporal order emerges from internal redistribution of generative capacity, while meaning corresponds to structurally stable states of expression. Dynamic processes are interpreted as iterative transformations within a closed system of linguistic operations.

We argue that physical reality is not prior to language but arises through the conditions that make description possible. This leads to a unified principle: language, time, meaning, and energy are co-emergent aspects of a single generative structure.