Thermodynamics Inside Entropy: Why Most Chemical Structures Do Not Persist

This bridge artifact offers a structural reading of thermodynamics as a persistence-accounting system inside entropy. The paper argues that thermodynamics does not occasionally confront entropy from the outside. It operates entirely within it. Free energy differences, equilibrium constants, activation barriers, kinetic rates, energy landscapes, boundaries, and cascades are treated as different ways of describing the conditions under which retained chemical structure can resist redistribution long enough to remain. The claim is not that thermodynamic formalism should be replaced, but that its quantitative machinery is already accounting for the structural cost of persistence in environments of continual interaction. On that reading, most structures formed during interaction do not persist not because chemistry is malfunctioning, but because continual redistribution is the normal condition under which chemistry operates.