The Symmetric Layered Model (SLM): A Mechanical Foundation for Unified Physics

This foundational paper introduces the Symmetric Layered Model (SLM), a comprehensive theoretical framework that reinterprets the vacuum as a dual-layered, superfluid mechanical manifold. By moving beyond abstract probabilistic fields, the SLM provides a deterministic basis for the origin of mass, the nature of gravity as emergent tension, and the resolution of the Cosmological Constant problem through global phase cancellation. Key Technical Contributions: • The Ω𝜋 Stueckelberg Portal: Defines a structural interface between the visible sector and a sequestered mirror sector at a specific energy threshold, providing a singular solution to the 5.1𝜎 Muon 𝑔 − 2 anomaly. • The Φ -Coupling Modulus: Introduces a universal harmonic constant that governs the kinetic mixing between manifolds, identifying the electron rest mass (0.511 MeV) as a fundamental ground-state resonance. • Metric Gravity (𝓣): Derives the gravitational constant (𝐺) as the inverse modulus of the manifold’s elasticity, offering a mechanical resolution to the Hierarchy Problem. • Dark Matter and Residual Metric Slip: Explains galactic halos as a cold mirrorsector mQCD superfluid and identifies Dark Energy as a minute, non-zero "metric slip" (𝜌Λ) resulting from inter-layer thermal asymmetry.