His research interests lie in nanoelectronic devices enabling novel computing paradigms and storage technologies. In particular, he is interested in design of nanoelectronic devices for Artificial Intelligence accelerator, targeting at not only deep learnings but life-long learning and learning to learn general Artificial Intelligence. He is also interested in exploring unconventional computing by harnessing the novel functionalities of emerging devices, for example, Ising Machine for optimization problems, dynamical systems for computational hard problems, and hardware security etc. Additionally, he is interested in exploring unconventional electronics. For example, he is actively investigating the Cryogenic CMOS for high-performance computation and control for Quantum Computing. Another area is reliable and radiation hard electronics for Space Electronics. All these research efforts manifest a new exciting hyperscaling era to come, enabled by all these functional augmentation of today’s technology!

There are currently positions available in our group. Interested and highly motivated students are encouraged to send his/her CV to Dr. Kai Ni