Gaussian operations on bosonic systems have a strict cooling bound, but non-Gaussian p-excitation exchange achieves p-fold better performance.
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In the stochastic φ⁴ model, coercivity exhibits v_H scaling, a plateau at the first-order transition field H*, then v_H^{1/2} scaling, with finite-size scalings v_P ~ σ² and (H* - H_P) ~ σ^{4/3} from renormalization-group theory.
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Sub-Bath Cooling in Bosonic Systems: Gaussian Constraints and Non-Gaussian Enhancements
Gaussian operations on bosonic systems have a strict cooling bound, but non-Gaussian p-excitation exchange achieves p-fold better performance.
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Coercivity Landscape Characterizes Dynamic Hysteresis
In the stochastic φ⁴ model, coercivity exhibits v_H scaling, a plateau at the first-order transition field H*, then v_H^{1/2} scaling, with finite-size scalings v_P ~ σ² and (H* - H_P) ~ σ^{4/3} from renormalization-group theory.