Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
Ultrafast spin-to-charge conversion in antiferromagnetic (111)-oriented L12-Mn3Ir
View through CrossRef
Antiferromagnetic L12-Mn3Ir combines outstanding spin-transport properties with magnons in the terahertz (THz) frequency range. However, the THz radiation emitted by ultrafast spin-to-charge conversion via the inverse spin Hall effect remains unexplored. In this study, we measured the THz emission and transmission of a Permalloy/(111)-oriented L12-Mn3Ir multilayer by THz time-domain spectroscopy. The spin Hall angle was determined to be approximately constant at 0.035 within a frequency range of 0.3–2.2 THz, in comparison with the THz spectroscopy of a Permalloy/Pt multilayer. Our results not only demonstrate the potential of L12-Mn3Ir as a spintronic THz emitter but also provide insights into the THz spin transport properties of L12-Mn3Ir.
Title: Ultrafast spin-to-charge conversion in antiferromagnetic (111)-oriented L12-Mn3Ir
Description:
Antiferromagnetic L12-Mn3Ir combines outstanding spin-transport properties with magnons in the terahertz (THz) frequency range.
However, the THz radiation emitted by ultrafast spin-to-charge conversion via the inverse spin Hall effect remains unexplored.
In this study, we measured the THz emission and transmission of a Permalloy/(111)-oriented L12-Mn3Ir multilayer by THz time-domain spectroscopy.
The spin Hall angle was determined to be approximately constant at 0.
035 within a frequency range of 0.
3–2.
2 THz, in comparison with the THz spectroscopy of a Permalloy/Pt multilayer.
Our results not only demonstrate the potential of L12-Mn3Ir as a spintronic THz emitter but also provide insights into the THz spin transport properties of L12-Mn3Ir.
Related Results
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 ...
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 ...
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...
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...
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...
Microscopic phase field simulation for the evolution of antisite defect of L12 structure and D022 structure in Ni75Al5.3V19.7 alloy
Microscopic phase field simulation for the evolution of antisite defect of L12 structure and D022 structure in Ni75Al5.3V19.7 alloy
The antisite defect for L12-structure Ni3Al and D022-structure Ni3V of Ni75Al5.3V19.7 alloy is studied by microscopic phase field method in this paper. The results show that the co...
Spin-charge interconversion nanodevices based on telluride materials for low power computing
Spin-charge interconversion nanodevices based on telluride materials for low power computing
Nanodispositifs basés sur l'interconversion spin-charge dans des tellurures pour une électronique à faible consommation d'énergie
Avec les récentes propositions de ...