Transition path sampling with a three-state kinetic model quantifies how topological disorder affects transition rates in Ising models on random graphs, using instance-dependent temperature rescaling to unify finite-size scaling in Erdős-Rényi graphs.
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Transition path sampling in Ising models on heterogeneous graphs
Transition path sampling with a three-state kinetic model quantifies how topological disorder affects transition rates in Ising models on random graphs, using instance-dependent temperature rescaling to unify finite-size scaling in Erdős-Rényi graphs.