are interested in reduced
dimensional and nanoscale systems, particularly the effects of
exciton-exciton and spin-carrier interactions and electronic and
dynamics in systems ranging from water surfaces to
nanocrystals and graphene quantum dots. We
address these problems through an array of ultrafast nonlinear optical
techniques that are sensitive to transient processes and symmetries
characterizing interactions that are otherwise difficult to probe.
To learn more about us and our work, click the links above.