A Vibrational Model of Time in Extreme Regimes: Scalar Coupling, Observational Signatures, and Cosmological Implications

This work presents the second part of the Vibrational Time Theory, focusing on computational simulations (modules H.5 and H.15) designed to explore high-energy particle interactions, spacetime structure, and causality under vibrational temporal conditions. The study introduces original formulations and tests the theoretical model using various dynamic environments. It is a comprehensive and foundational work aiming at further development of a unified physical framework.