I theoretically investigate various quantum systems and explore applications of quantum information. I have proposed quantum error correcting protocols to extend the coherence time of quantum systems, studied topological quantum systems robust against local perturbations, classified quantum repeater networks to enable global scale secure quantum communication, invented quantum sensing protocols with better sensitivity than classical counterparts, and developed quantum transducers to connect different physical platforms to fulfill various quantum information processing tasks.

Awards and Achievements

  • Sloan Research Fellowship ( 2013)