Temporal Flux-Driven Dynamics (TFDD): A Scale-Invariant Formalism for Phase Coherence in Complex Systems

This work, Temporal Flux-Driven Dynamics (TFDD): A Scale-Invariant Formalism for Phase Coherence in Complex Systems, is a minimal, falsifiable, and scale-invariant extension of the Chronocentric Cosmological Framework (v5.0). TFDD introduces a pre-existing temporal flux field � as the primary dynamical driver and defines a vorticity invariant � and phase dispersion metric � to quantify system stability across scales. The framework provides operationally testable predictions for magnetohydrodynamic (MHD) stability in tokamaks and quantum-coherent biological processes, without introducing additional free parameters beyond the dimensionless constant �. TFDD builds directly upon two foundational works: Chronocentric Cosmology v5.0 (Zenodo Record) Chronocentric Plasma Dynamics (CPD) (Zenodo Record) By linking TFDD to these works, this record provides continuity of the chronocentric research program, enabling cross-domain validation from cosmology to plasma physics and biological quantum systems. Full PDFs are provided for reference, and all formal definitions, predictions, and falsifiability criteria are included.