Satoru Emori

Satoru Emori is an Associate Professor in the Department of Physics at Virginia Tech's College of Science. He holds the Luther and Alice Hamlett Junior Faculty Fellowship. His research focuses on experimental condensed matter physics, particularly spin-driven phenomena in magnetic thin films, including spin coherence, spintronics, and domain wall dynamics. His work aims to develop 'poor man’s quantum materials' for next-generation computing and quantum technologies.

Emori received his Ph.D. from MIT. His research spans magnetic thin films, spin-orbit torques, and low-damping materials, with applications in spintronic devices and quantum materials. He leads the Spin Magnetic Lab, exploring topics like ferromagnetic fiber robots for biomedical use and engineered magnetic systems.

Key research areas include:

• Experimental investigation of spin coherence in nanomagnetic systems
• Exploration of spin-driven phenomena in transition metal thin films
• Domain wall dynamics in easy-plane magnetic systems
• Development of low-loss magnetic materials for spintronic applications

His recent publications emphasize advancements in spin-orbit torque oscillators, suppression of spin pumping, and multifunctional magnetic fiber robotics. He has secured funding for projects like 'CAREER: Low-Loss Spintronic Devices with Vertically Engineered Magnets.' Awards include the Luther and Alice Hamlett Junior Faculty Fellowship.

Emori's lab collaborates on projects involving ferromagnetic oxide heterostructures, strain-mediated magnetoelectric effects, and biomedical robotics applications of magnetic materials. His work bridges fundamental physics with applied technologies for computing and medical innovation.