Interface-Bound Matter Candidates in a Frozen Geometric–Elastic Lattice: A Canon-Constrained Structural Audit of Proton- and Neutron-like Modes in the Methane Metauniverse Framework

Key Points

• This research explores the structural qualities of a geometric-elastic lattice to identify proton-like and neutron-like modes.
• Conducted a structural audit using a canon-constrained approach in the MMU framework.
• Implemented a Python program for diagnostics and reproducibility of findings.
• Examined stability, phase closure, and mass-gap proxies within the lattice structure.
• Identified stable localized matter-like candidates supported by the frozen lattice.
• Established phase closure and consistency in projections of neutron-like and proton-like modes.
• Demonstrated potential for further exploration of mass-gap and neutrality in the framework.