A dynamic mean-field model for first-order phase transitions exhibits several hysteresis scaling universality classes governed by distinct fixed points depending on driving rate and noise presence.
This indicates that the observed noise-strength dependent hysteresis expo- nents [ 57] are effective, because contributions from scaled variables other than hR− 2/ 3 in Eq
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Fixed points and crossovers for the hysteresis scaling of dynamic mean-field models
A dynamic mean-field model for first-order phase transitions exhibits several hysteresis scaling universality classes governed by distinct fixed points depending on driving rate and noise presence.