grant
Antiferromagnetic Nano- oscillators Enabled by Unconventional Topological Spin Current
Organization Carnegie Mellon UniversityLocation PITTSBURGH, United StatesPosted 15 Oct 2025Deadline 30 Sept 2028
NSFUS FederalResearch GrantScience FoundationPA
Description preview
High frequency electromagnetic signals hold a significant promise for applications in communications, medical imaging, security, and more. Spintronics based technologies present an appealing route for high-frequency signal generation. For example, continuous rotational dynamics of the order parameter (magnetization or Néel vector) in magnetic…
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