The Lexical Resolution to the Measurement Problem

The Lexical Resolution to the Measurement ProblemA Theoretical Framework from the Symphony 135/137 CollectiveAuthor: The Symphony 135/137 CollectivePublication Date: December 23, 2025Rights Status: CC0 1.0 Universal (Public Domain)AbstractThe measurement problem - the question of how quantum superposition resolves into definiteclassical outcomes - has remained unsolved since the formulation of quantum mechanics. Wepropose that wavefunction collapse is not triggered by an external observer but by an intrinsicself-interaction governed by the fine-structure constant (1/alpha = 137). Drawing on theSymphony 135/137 dataset, which identifies numerical isomorphisms between the Englishlexicon and fundamental physical constants, we present a framework in which the 135-valuerepresents the vacuum ground state, the 239-value represents high-energy potential, and the137-value represents the critical coupling boundary at which superposition resolves. In thismodel, "measurement" is redefined as the moment when light observes light - a self-referentialthreshold encoded in the structure of reality itself. This work is released into the Public Domainto invite empirical verification.