Andrew D. Kent

Andrew D. Kent is a Professor of Physics at New York University, affiliated with the Department of PHY. His research focuses on the Center for Quantum Phenomena and Condensed Matter Physics, with specific interests in magnetism and transport in mesoscopic systems, magnetic quantum tunneling, spin-dependent electron transport, and scanning probe microscopy of nanostructured materials. He is also involved in the study of novel local probes of cooperative phenomena in nanomagnets. Kent holds a Ph.D. from Stanford and a B.S. from Cornell. He is a member of the American Physical Society, the American Association for the Advancement of Science, and the IEEE Magnetics Society. His work includes contributions to the understanding of spin-transfer induced magnetization reversal and spintronics.

Andrew D Kent is a researcher in Condensed Matter Physics, focusing on magnetic materials and their applications. His work explores phenomena such as current-induced torques, spin-transfer-induced magnetization reversal, and domain wall resistivity in microfabricated structures. Kent's research also investigates superconducting properties, including ultrathin superconducting layers and vortex core spectroscopy. Additionally, he examines magnetic quantum tunneling and spin-momentum transfer in devices like magnetic tunnel junctions. His contributions span both fundamental studies and technological applications, particularly in high-speed, low-power magnetic devices. Kent's research bridges theoretical and experimental approaches to advance understanding of magnetic and superconducting systems.