Low T Dynamical Properties of Spin Glasses Smoothly Extrapolate to T=0

TL;DR

This paper demonstrates that the low-temperature dynamical properties of 3D Ising Spin Glasses smoothly extend to zero temperature, indicating that T=0 results are relevant for understanding finite-temperature behavior.

Contribution

It provides numerical evidence that ground state properties at T=0 can reliably predict the system's behavior at low but non-zero temperatures.

Findings

Ground state properties match low-temperature dynamics

Results support T=0 analysis relevance for finite T

Smooth extrapolation observed between T=0 and T>0

Abstract

We compare ground state properties of 3D Ising Spin Glasses with Gaussian couplings with results from off-equilibrium numerical simulations at non zero (but low) temperatures. We find that the non-zero temperature properties of the system smoothly connect to the T=0 behavior, confirming the point of view that results established at T=0 typically also give relevant information about the $T\ne 0$ physics of the system.