Numerical scans of the p=2 spherical spin glass show the canyon-finding rate Gamma(tau_p) peaks at an optimal finite persistence tau_p^* that drops with N at low T and saturates with xi_eff=1, revealing landscape topology.
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Optimal Persistence Reveals Hidden Topology in Complex Energy Landscapes
Numerical scans of the p=2 spherical spin glass show the canyon-finding rate Gamma(tau_p) peaks at an optimal finite persistence tau_p^* that drops with N at low T and saturates with xi_eff=1, revealing landscape topology.