Abstract
The nonlinear entropic evolution equation attempts to reconcile quantum dynamics and the Second Law, but like any nonlinear quantum dynamics, it is challenged by difficulties related to locality and separability. The way in which it applies the Second Law to noninteracting entangled systems produces unorthodox, entanglement mediated rearrangements of local states. We discuss briefly the problems confronting a constructive resolution of this conflict and the ways in which entanglement can shape the quantum version of the Second Law in a local and separable extension of entropic dynamics.
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