Aging Rate of Spin Glasses from Simulations Matches Experiments

Experiments on spin glasses can now make precise measurements of the exponent z(T) governing the growth of glassy domains, while our computational capabilities allow us to make quantitative predictions for experimental scales. However, experimental and numerical values for z(T) have differed. We use...

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Veröffentlicht in:Physical review letters 2018-06, Vol.120 (26), p.267203-267203, Article 267203
Hauptverfasser: Baity-Jesi, M, Calore, E, Cruz, A, Fernandez, L A, Gil-Narvion, J M, Gordillo-Guerrero, A, Iñiguez, D, Maiorano, A, Marinari, E, Martin-Mayor, V, Moreno-Gordo, J, Muñoz-Sudupe, A, Navarro, D, Parisi, G, Perez-Gaviro, S, Ricci-Tersenghi, F, Ruiz-Lorenzo, J J, Schifano, S F, Seoane, B, Tarancon, A, Tripiccione, R, Yllanes, D
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container_end_page 267203
container_issue 26
container_start_page 267203
container_title Physical review letters
container_volume 120
creator Baity-Jesi, M
Calore, E
Cruz, A
Fernandez, L A
Gil-Narvion, J M
Gordillo-Guerrero, A
Iñiguez, D
Maiorano, A
Marinari, E
Martin-Mayor, V
Moreno-Gordo, J
Muñoz-Sudupe, A
Navarro, D
Parisi, G
Perez-Gaviro, S
Ricci-Tersenghi, F
Ruiz-Lorenzo, J J
Schifano, S F
Seoane, B
Tarancon, A
Tripiccione, R
Yllanes, D
description Experiments on spin glasses can now make precise measurements of the exponent z(T) governing the growth of glassy domains, while our computational capabilities allow us to make quantitative predictions for experimental scales. However, experimental and numerical values for z(T) have differed. We use new simulations on the Janus II computer to resolve this discrepancy, finding a time-dependent z(T,t_{w}), which leads to the experimental value through mild extrapolations. Furthermore, theoretical insight is gained by studying a crossover between the T=T_{c} and T=0 fixed points.
doi_str_mv 10.1103/PhysRevLett.120.267203
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subjects Computer simulation
Crossovers
Domains
Spin glasses
Time dependence
title Aging Rate of Spin Glasses from Simulations Matches Experiments
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