Functional nonlinear nanophotonics

This fundamental research program aims to harness the full power of complex nonlinear processes for functional control of optical pulses, taking advantage of unique opportunities presented by recent advances in fabrication technologies of nanophotonic structures. Original concepts for pulse manipulations will be developed based on the combination of nonlinear interactions with gain and loss effects. The studies of novel physical phenomena arising from such tailored interactions will enable the efficient transformation, switching, and monitoring of ultra-short optical pulses. This will offer benefits for future computing platforms with integrated optical circuits, communication networks, and laser-based radar systems.