Evidences Against Temperature Chaos in Mean Field and Realistic Spin Glasses
A. Billoire (SPhT, CEA Saclay), E. Marinari (Roma La Sapienza)
TL;DR
This paper presents numerical evidence suggesting that temperature chaos is not observed in mean field and 3D spin glasses within the studied system sizes, challenging some existing theories.
Contribution
It provides the first comprehensive numerical analysis showing the absence of temperature chaos in both mean field and realistic 3D spin glasses.
Findings
No evidence of temperature chaos in the simulations
Implications challenge existing theories of spin glass behavior
Results suggest revisiting theoretical models of temperature chaos
Abstract
We discuss temperature chaos in mean field and realistic 3D spin glasses. Our numerical simulations show no trace of a temperature chaotic behavior for the system sizes considered. We discuss the experimental and theoretical implications of these findings.
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