Research
Terahertz Switching of Two-dimensional Antiferromagnetic Order
feeds.aps.org · By Chenyu Wang, En Wang, Yaxian Wang & Sheng Meng ·
The Brief
- A paper by Chenyu Wang, En Wang, Yaxian Wang and Sheng Meng addresses terahertz-speed switching between antiferromagnetic orders in two-dimensional materials.
- The abstract says the transition pathway for such ultrafast switching is largely unexplored.
- The paper is listed in the APS feed with DOI 10.1103/kj1q-h9pw.
Why it matters
The abstract ties ultrafast switching between antiferromagnetic orders to the possibility of very small and fast spin devices, so it is relevant to readers following spintronics and magnetism research.
Who’s affected
- researchers in magnetism and spintronics
- developers of ultrafast spin devices
- #antiferromagnetism
- #terahertz
- #spintronics
- #two-dimensional materials
- #ultrafast switching
Author(s): Chenyu Wang, En Wang, Yaxian Wang, and Sheng Meng Identifying the transition pathway for ultrafast switching between distinct antiferromagnetic orders, while holding promise to realize unprecedentedly small and fast spin devices, remains largely unexplored. Herein, we…
Timeline
Paper listed in the APS feed
feeds.aps.org
Terahertz Switching of Two-dimensional Antiferromagnetic Order