Empirical Support for a 5D Time-Field Theory Across Quantum,Cognitive, and Thermodynamic Domains

This preprint presents cross-domain empirical support for a 5D Time-Field Theory that redefines time as a structured, dynamic field coupled to entropy and curvature. Unlike classical models or high-dimensional frameworks like string theory, this theory makes falsifiable predictions about observable phenomena across physics, cognition, and thermodynamics.The document includes numerical simulations showing:Asymmetric quantum wavefunctions driven by temporal field curvatureKL divergence asymmetry indicating irreversible memory evolution in AI modelsEntropy acceleration in phase transitionsComparison to Newtonian and MOND galactic rotation profilesAll results are testable, timestamped, and documented. This work provides a compact alternative to higher-dimensional theories while remaining consistent with observations across scales.