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• W2519121429 abstract "Temperature changes in thin-film Ge:Mn spin-glass dynamics are presented that exhibit temperature chaos (TC) when the spin-glass correlation length $ensuremath{xi}(t,T)$ grows to its thickness $mathcal{L}$. For small $mathcal{L}ensuremath{approx}15.5$ nm, the transition to chaos takes place over a temperature range $mathrm{ensuremath{Delta}}T$ sufficiently large to exhibit both reversible and chaotic behavior. The value of $mathrm{ensuremath{Delta}}T$ can be related to the critical exponent for TC, $ensuremath{zeta}$. Experimentally, $ensuremath{zeta}$ is found to be $ensuremath{approx}1.06$, in the range of recent simulations. The presence of a specific length scale $mathcal{L}$ allows the transition to chaos to be examined over measurable laboratory temperature changes. The transition is found to be abrupt. Bulk materials, with a distribution of crystallite sizes, will smear out the transition, resulting in a very slow crossover. The abruptness of the transition and its nature are compared with recent theoretical calculations." @default.
• W2519121429 created "2016-09-23" @default.
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• W2519121429 date "2015-12-14" @default.
• W2519121429 modified "2023-09-27" @default.
• W2519121429 title "Temperature chaos in a Ge:Mn thin-film spin glass" @default.
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• W2519121429 doi "https://doi.org/10.1103/physrevb.92.214418" @default.
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