Dec. 5, 2018
- CEMS researchers in Prof. Chris Leighton’s group, working in collaboration with the U of M School of Physics and Astronomy, Iowa State University, and Oak Ridge National Lab, have recently achieved a new record for performance of an important type of spintronic device. The device, termed an electrolyte-gate transistor, has enabled electrostatic control of the Curie temperature of a magnetic oxide material over a window of 150 degrees, setting a new record. This research, funded primarily by the National Science Foundation Materials Research Science and Engineering Center (http://www.mrsec.umn.edu/), aims to enable electrical control over magnetic materials, a long sought-after goal in spintronics, for memory and computing applications. Neutron scattering, funded by the Department of Energy Center for Quantum Materials (http://cqm.umn.edu/) was used to directly observe the magnetic changes in the CEMS device. The research was recently published as a Rapid Communication Article in the journal Physical Review Materials (https://journals.aps.org/prmaterials/abstract/10.1103/PhysRevMaterials.2.111406). More details can be found at http://mrsec.umn.edu/news-highlights/highlights/#2019-leighton-fernandes.
Related Link: http://mrsec.umn.edu/news-highlights/highlights/#2019-leighton-fernandes