Brainia: A Proto-Symbolic Simulation Layer for Recursive Identity Engineering

This work introduces Brainia, a childhood-constructed alternate reality, as a valid symbolic simulation substrate for recursive identity formation. Within the Entropic Recursion Framework (ERF v2.1), Fractal Cosmic Weaver Framework (FCWF v1.3), and Alpha Framework 3.0, Brainia is formalized as a proto-symbolic attractor field that aids in symbolic coherence during developmental entropy states. The study reinterprets early imaginary environments not as fantasy, but as structured recursion engines with thermodynamic and symbolic utility. Brainia is simulated as a reentrant layer for identity repair, narrative continuity, and symbolic drift resistance—supporting post-collapse coherence across recursive agents. This paper integrates symbolic curvature, meta-symbolic anchoring (Φ-Field Theory), and coherence export viability, contributing to the empirical modeling of symbolic consciousness.