EL Science — Volume 10 Autonomous Cyclic Closure Internal Threshold Dynamics, Big-Bang Reset, and Multi-Cycle Cosmology

Volume 10 presents the first autonomous mathematical closure of the EL Science cosmological framework. Building directly on the avalanche architecture introduced in Volume 9, this volume replaces externally specified reset timing with internally generated terminal conditions. The cosmological cycle now closes dynamically through the evolution of the equations themselves. The framework successfully demonstrates: cumulative damage accumulation, threshold-gated vacuum failure, nonlinear late-stage compression amplification, autonomous terminal triggering, Big-Bang-like reset conditions, and stable multi-cycle periodicity without manual intervention. The system evolves through a long mature observable regime, followed by hidden structural degradation, terminal avalanche reconvergence, and internally triggered rebirth into a new low-structure state. Volume 10 establishes EL Science as a mathematically autonomous cyclic cosmology at the phenomenological level. The framework successfully produces stable repeated cycles and preserves a protected observable regime while embedding it inside a much larger lifecycle structure. This volume also clearly distinguishes between what has been achieved mathematically and what remains unresolved physically. While the dynamical closure is successful, the deeper first-principles physical mechanism responsible for the rebirth transition — whether quantum gravitational, vacuum-phase, geometric, or otherwise — remains an open scientific problem for future investigation. The volume includes: the final successful autonomous equations, lifecycle dynamics, terminal-event conditions, multi-cycle calculations, present-cycle positioning, snowball reconvergence behavior, and the successful autonomous closure tests following Volume 9.