论文标题
在自旋玻璃相关长度生长的放慢速度上：模拟符合实验
On the Slowing Down of Spin Glass Correlation Length Growth:simulations meet experiments
论文作者
论文摘要
旋转玻璃相关长度的生长已作为等待时间的函数$ t _ {\ mathrm {w}} $的函数，在单个cumn（6 at。\％）上的生长，达到$ξ\ sim 150 $ nm，比任何其他玻璃相关长度大。我们发现一个老化率$ \ mathrm {d} \ ln \，t _ {\ mathrm {w}}/\ mathrm {d} \ ln \，比以前的测量中发现的大于$ξ$ grows的动态慢下模式。我们的衰老率与Janus协作的仿真结果进行了比较。考虑到关键效果后，我们发现与Janus数据达成了极大的一致性。
The growth of the spin-glass correlation length has been measured as a function of the waiting time $t_{\mathrm{w}}$ on a single crystal of CuMn (6 at.\%), reaching values $ξ\sim 150$ nm, larger than any other glassy correlation-length measured to date. We find an aging rate $\mathrm{d}\ln\,t_{\mathrm{w}}/\mathrm{d}\ln\,ξ$ larger than found in previous measurements, which evinces a dynamic slowing-down as $ξ$ grows. Our measured aging rate is compared with simulation results by the Janus collaboration. After critical effects are taken into account, we find excellent agreement with the Janus data.
