The Semiconductor Optoelectronics Group carries out research related to semiconductor optoelectronic devices, ultrafast optics, semiconductor terahertz optoelectronics, terahertz integrated devices, and physics of semiconductor nanostructures.
See the publications section for recent work.
Engineering the properties of electron energy levels and wavefunctions in semiconductor nanostructures, such as quantum wells and quantum dots
Tailoring the properties of photons in optical waveguides and cavities
Studying the linear, nonlinear and quantum mechanical dynamics of short optical pulses in semiconductor materials and devices
Terahertz microphotonic components
Studying the optical and terahertz properties of semiconductor nanostructures
Fabricating novel micro- and nano-scale structures
Measurements involving electrical, optical, and terahertz techniques
Modeling, numerical simulations, and theory
Terahertz integrated optoelectronic devices
Ultrafast optical and ultrafast terahertz spectroscopy of nanostructured materials
Optical linear and non-linear properties of graphene and 2D materials
Physics of graphene based electronic and terahertz devices
Experimental condensed matter physics
Semiconductor plasmon lasers
Terahertz spintronics
Amplified ultrafast fiber laser
Ultrafast THz chip testing setup
Graphene lattice
Semiconductor modelocked laser
Paul using the terahertz setup
SEM of a semiconductor laser