Defining Symmetry Through Collapse: A Cross-Domain Model of Mu/Nu Field Behavior

This paper introduces a collapse-based framework in which symmetry is modeled not as a visual or mathematical abstraction, but as an emergent force arising from the interaction of two measurable field parameters: collapse resistance (μ) and inertial memory (ν). The model presents two structural regimes—Munumun and Numunum—and proposes a new symmetry constant (σ = μ/ν) with potential application across quantum systems, biological cognition, and cosmological collapse. The work repositions symmetry as an active tension-resolution structure, extending beyond conservation laws into observer-linked identity. This paper is part of the Collapse Series and is directly related to Anchor Management and Mendulate Geometry.