Cosmic Layer Superposition Theory Version 4.7: A Complete Framework

Cosmic Layer Superposition Theory (CLST) is a new paradigm of physics that fun damentally deconstructs the implicit assumption of the absoluteness and universality of physical laws. It proposes that physical laws are local properties of specific ”reality layers,” and that all possible systems of physical law coexist simultaneously and co-locationally, superimposed upon a more fundamental absolute substrate—Moyle space. Layers interact via sparse coupling through dynamical overlap fields, and exchange information and energy through no-hair channels (black holes, photons, singularities). Observers are dynamically locked into the overlay region of the dominant layer, perceiving only the physical reality of that layer. The theory is mathematically self-consistent: starting from primitive interaction events, spacetime manifolds are reconstructed a posteriori via the cocycle condition; coupled field equations are derived from variation of a total action; the observer’s status is transformed from a philosophical assumption into computable boundary conditions via Contact Layer dynamics. Numerical simulations verify global energy conservation to machine precision and demonstrate that energy can flow between layers while total Moyle space energy remains strictly conserved. The theory makes a series of testable unique predictions (redshift fluctua tion spectrum, multi-band time delays, CMB non-Gaussianity, BAO scale drift, gravitational wave waveform modifications, laboratory layer resonance), and has been validated in sim plified cosmological models via MCMC parameter estimation, demonstrating its readiness for direct comparison with next-generation observational experiments.© 2026 Yanliang Ma. This work is distributed under the Creative Commons Attribution 4.0 International License (CC BY 4.0).