Javascript must be enabled to continue!
A brief review of spin glass magnetometry techniques
View through CrossRef
Spin glasses are inherently dynamical. Taken properly, measurements of these materials can capture their dynamics and provide a wealth of insight into the physics of the spin glass state. In this methods review, two magnetometry methods are directly compared–ac and dc. Because these measurements are taken differently, the resulting data of each method will contain different information about spin glass behavior. This review will specifically focus on how the out-of-equilibrium effects of aging, rejuvenation, and memory manifest in each of these techniques, and how to construct protocols to measure these effects. We then describe the physical significance of each type of measurement and how to interpret their results. Finally, we explicitly detail which applications are most appropriate for which method. This will help the reader select the most helpful technique to carry out their own future experiments.
Title: A brief review of spin glass magnetometry techniques
Description:
Spin glasses are inherently dynamical.
Taken properly, measurements of these materials can capture their dynamics and provide a wealth of insight into the physics of the spin glass state.
In this methods review, two magnetometry methods are directly compared–ac and dc.
Because these measurements are taken differently, the resulting data of each method will contain different information about spin glass behavior.
This review will specifically focus on how the out-of-equilibrium effects of aging, rejuvenation, and memory manifest in each of these techniques, and how to construct protocols to measure these effects.
We then describe the physical significance of each type of measurement and how to interpret their results.
Finally, we explicitly detail which applications are most appropriate for which method.
This will help the reader select the most helpful technique to carry out their own future experiments.
Related Results
Dynamics of spinor fermions
Dynamics of spinor fermions
Ultracold atomic gases have established themselves as quantum systems, which are clean and offer a high degree of control over crucial parameters. They are well isolated from their...
Tailoring spin dynamics in asymmetric FM1/Pt/FM2 trilayers via Pt spacer thickness
Tailoring spin dynamics in asymmetric FM1/Pt/FM2 trilayers via Pt spacer thickness
The study of trilayers with a non-magnetic (NM) spacer layer separating two ferromagnetic layers (FM/NM/FM) has been an active area of spintronics research due to their real-world ...
Spin to charge current interconversion in Rasha interfaces and topological insulators
Spin to charge current interconversion in Rasha interfaces and topological insulators
Conversion entre courant de spin et courant de charge dans des interfaces Rashba et des isolants topologiques
L'interconversion entre courants de spin et de charge ...
Unveiling the third dimension of glass
Unveiling the third dimension of glass
Glass as a material has always fascinated architects. Its inherent transparency has given us the ability to create diaphanous barriers between the interior and the exterior that al...
Prograde spin-up during gravitational collapse
Prograde spin-up during gravitational collapse
<p>Many objects that form via a gravitational collapse or contraction appear to rotate around their own axis (spin) in a manner that aligns with their orbit around la...
The magnetization reversal driven by spin-orbit-assisted spin-transfer torque
The magnetization reversal driven by spin-orbit-assisted spin-transfer torque
As the data writing scheme of magnetization reversal driven by spin-transfer torque can overcome the shortcomings of traditional magnetic-field writing mechanism, it has become a ...
Interaction of spin waves with magnetic textures
Interaction of spin waves with magnetic textures
In this thesis, we present a theoretical study on the scattering of spin waves by magnetic textures, such as domain walls (DWs), in magnetic materials. In the case of an antiferrom...
Modification of spin electronic properties of Fen/GaSe monolayer adsorption system
Modification of spin electronic properties of Fen/GaSe monolayer adsorption system
Group-ⅢA metal-monochalcogenides have been extensively studied due to their unique optoelectronic and spin electronic properties. To realize the device applications, modifying thei...

