Effects of Interaction Range on Fluid Multicriticality: A Computational Study of an Interconverting Lattice Model
This computational study demonstrates that increasing the interaction range in an interconverting lattice model suppresses critical fluctuations to drive the system from a nearest-neighbor regime with two multicritical behaviors toward a meanfield limit with four distinct archetypes, thereby elucidating the evolution of fluid multicriticality through crossover phenomena.
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