Linguistic Measurement and the Impoverishment of Meaning

Meaning is to language what measurement is to quantum mechanics—a necessary act that produces knowledge at the cost of reducing reality (p. 1). This paper proposes a structural framework mapping the conceptual and mathematical features of quantum mechanics onto the boundaries of semantic definition (pp. 1-2). By examining wavefunction collapse, Bohmian pilot waves, and Heisenberg's potentia, we model how the act of linguistic definition collapses experiential reality into discrete, communicable units (pp. 1-3). We argue that precision and fullness of meaning exist in an inherent inverse relationship (p. 3). Finally, we integrate this linguistic-quantum model with second-order cybernetics, autopoiesis, and Gödelian incompleteness to outline the systemic, self-referential limitations of language (pp. 4-5).