Low-Power, Long-Range Spin Transfer in Frustrated Magnets and Other Correlated Systems

Research into new methods to control magnetic spin textures has been largely focused on<br/>technological applications. However, complex magnets, particularly those characterized by<br/>magnetic frustration, offer opportunities for ultra-low power applications. This is due to two<br/>main characteristics of such systems: 1) the nearly degenerate phase space of magnetic states<br/>available to such systems, and 2) novel magneto-electric coupling available to these materials.<br/>In this work, we illustrate unusual mechanisms for spin-transfer are available to such strongly<br/>correlated systems, revealing potential opportunities for applications of quantum materials.