Chip-Scale Photonic Sensing Systems
The integration of sensors, photonics, microfluidics, and electronics at the chip scale for applications in medicine, environmental sensing, and security.
III-V thin film lasers integrated onto silicon
The heterogeneous integration of thin film lasers onto Silicon and Silicon CMOS integrated circuits, as well as with photonic passive and active components on Silicon host substrates.
The integration of active and passive photonic components into nano- and micro-systems, including lasers, photodetectors (thick/thin-film), sensors, and waveguide components, for applications in sensing, communications, medicine, and security.
Advanced optoelectronic devices for high performance optical systems, including high speed, and massively parallel, and wavelength multiplexed systems.
Metamaterials and Integrated Plasmonics
Design, fabrication, modeling and test of integrated plasmonic structures and chip scale systems that contain plasmonic components or functions. Fabrication of metamaterial structures at the nano and micro scales for frequency ranges from THz to millimeter wave.
Design, fabrication, and test of optical interconnects in electrical systems for applications in communications and computing.