The Viscous Field: Entropic Asymmetry as the Ground of Recursive Becoming

This paper argues that entropic asymmetry is not merely a feature of thermodynamic systems but the foundational ground within which thermodynamics operates. It distinguishes a breadth claim -- that directional asymmetry is broader than thermodynamic entropy and is partially supported by cross-domain measurement-layer evidence -- from a priority claim -- that foundational asymmetry is ontologically prior to thermodynamics. The paper introduces information exchange as the substrate-independent medium through which recursion operates and develops entropy as the proposed measure of any information exchange event's capacity to constitute differentiated states. It then draws a structural distinction between first-order recursive exchange, in which constituted events do not include the constituting as content, and second-order recursive exchange, in which the exchange's own constitution is simultaneously and structurally an input to what it produces. This distinction grounds the paper's central contribution: the threshold temporality thesis, according to which time becomes content of events at the crossing from first-order to second-order recursive exchange. The argument proceeds through the ontological ordering from Being through expression to entropic ground, the distinction between proto-thermodynamic and thermodynamic entropy, the information-exchange foundation and its thermodynamic extension, the reframing of the five vectors of recursive identity as modes of negotiating viscous resistance, development of the threshold temporality thesis with formal grounding in the framework's parameter architecture, engagement with Friston's Free Energy Principle as a downstream formalization of the dynamics predicted by the ground thesis, empirical signatures and falsifiability conditions, and a bounded cosmological discussion framed as conceptual resource rather than physical derivation.