Research-Work-GSA/Central-Mass-Transfer-and-Quantum-Gravity-Effect-Cosmology: Complete Framework for CMT with Planck Density

This release publishes the initial complete version of the Central Mass Transfer Cosmology (CMT) framework, including its theoretical foundation, quantum-gravity transition mechanism, conceptual simulations, and documentation. Contents • Central Mass Transfer Cosmology (CMT) Thesis-style paper defining the boundary-condition and cyclic cosmology framework, demonstrating why matter origin cannot be dynamically generated within standard ΛCDM evolution. • Planck-Density Quantum Gravity Transition Companion paper describing the physical mechanism governing the boundary transition at Planck density, including deterministic configuration-space transition and successor-universe capture. • Conceptual Simulation & Illustrative Models Internal-consistency simulations illustrating density saturation, configuration-space instability, and deterministic transition behavior. These are conceptual models, not empirical cosmological simulations. • README.md Overview of the framework, explanation of how the documents relate, scope, limitations, and intended audience. Scope• Independent theoretical research • No modification to general relativity or ΛCDM post-emergence dynamics • No empirical validation claimed • Published for transparency, scrutiny, and discussion Status • Initial public release • Versioned for future refinement and clarification