Dist Babble

Temporal Physics: A Dynamic Framework for Time *working on amending this Abstract Temporal Flow Physics (TFP) proposes a paradigm in which time is the sole fundamental entity, and space, matter, and energy emerge from the interactions and statistical structure of quantized one-dimensional temporal flows. This paper introduces the foundational constructs of TFP, including the flow field F i ( t ) F_i(t) , the quantized structure of time, and the emergence of spatial geometry through comparisons of flow intervals. We derive the effective equations governing both the background and fluctuation dynamics of flows, define an emergent metric from correlations in flow gradients, and explore implications for gravity, mass-energy, and entropy. We further examine CPT symmetry as a constraint on flow segmentation and entropy evolution, and propose a path toward a unified formulation of quantum gravity. Introduction Conventional physics treats time as a parameter and space as the stage of interact...