Directed, non-reciprocal couplings in the q-state Potts model are claimed to leave equilibrium critical exponents unchanged, while selfish non-equilibrium dynamics yield varying exponents yet a super-universal Binder scaling function.
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Non-reciprocal interactions preserve the universality class of Potts model
Directed, non-reciprocal couplings in the q-state Potts model are claimed to leave equilibrium critical exponents unchanged, while selfish non-equilibrium dynamics yield varying exponents yet a super-universal Binder scaling function.