Zhiping He

Zhiping He is a PhD candidate in electrical engineering and computer science. With the support of a MathWorks Fellowship, Zhiping will address the challenges in spintronics with numerical and
theoretical modeling methods. His recent and current projects include: establishing the theoretical foundation for magnetic dynamics of a noncollinear antiferromagnet, a highly promising material in computer memory and logic applications; experimental investigations of the transport property of magnetic tunnel junctions made from a topological semimetal, the basic building block for high- performance spintronic devices; and work toward a hybrid system composed of quantum spin, microwave cavity, and ferromagnetic spin wave, to reach coherent dynamic control. In this third project, Zhiping is implementing the innovative idea of using a microwave cavity as a mediator to enhance the coupling strength between quantum spins and ferromagnetic magnons. MathWorks tools are a central component of his research, and he has contributed numerous open-source resources to the microelectronics community. Zhiping’s work has strong potential to help realize the potential of spintronics and open new avenues for enhanced performance and efficiency in memory and computing devices.