Invariant Temporal Ordering Framework V30/F10: Reconstructed Foundations of Universal Cosmic Succession and Bearer-Specific Physical Change.

Invariant Temporal Ordering Framework V30/F10 presents a reconstructed foundation for time as the universal ordering and succession of common cosmic stages in one common cosmic extension. It separates the definition of time from matter, energy, fields, forces, coordinates, metric intervals, proper-time functionals, clock outputs, spacetime geometries, and causal mechanisms of change. The framework develops a unified account of common cosmic ordering, bearer-specific physical change, identity-bounded physical histories, formation, identity ending, same-stage successor production, stability, recurrence, motion, spatial expression, remote records, measurement, quantum-field classification, and atomic-clock comparison. Its Cosmic Moment Axiom states that every physically realized bearer at each common cosmic stage undergoes its own bearer-specific physical change, without requiring identical states, mechanisms, rates, magnitudes, consequences, or observational outcomes. V30/F10 also includes bounded quantitative bridge modules for differential atomic-clock records and velocity- and gravity-dependent clock-record differences. These modules treat accepted clock-comparison records as physical constraints on admissible models while preserving the nonidentity of time with coordinates, metric intervals, proper-time functionals, spacetime geometries, and clock readings. The version does not claim a completed replacement dynamics for all relativistic phenomena; it presents a disciplined foundational ontology, a clarified measurement framework, and a constrained path for future physical bridge models, quantitative adequacy, and model-distinguishing tests.