Development of rocket-based instruments to study the structure of galaxies and interstellar media; investigation of atmospheres and environments of planets and exoplanets; neutron stars and black holes in X-ray binaries, pulsars, multi-wavelength astronomy, time-domain astrophysics
Development of optical technologies for biological and medical applications, as well as experimental and analytical methods for biological tissue characterization.
Medical imaging, diagnostics and therapeutics with nanoparticles, fundamental interactions between radiation and biological matter, aerosol transport.
Development of computational and analytical methods to understand optical properties of nanocomposites, metamaterials, plasmonic nano- and microstructures, and microresonators. Design and fabrication technology for innovative semiconductor-based photonic and nanoelectronic device technologies.
Investigation of properties of nanoscience materials and mesoscopic systems for potential applications with an intense femtosecond pulsed laser system and instruments for sample fabrication and measurements.
Structure and decay of nuclei far from stability; experiments at national (and international) accelerator facilities; advanced detector development on campus (Radiation Laboratory: 1MW reactor and 5MV Van de Graaff accelerator) with applications in nuclear energy, medical physics and materials science.
Integrated optics, optical spectroscopy, nonlinear optics, dielectric behavior of materials, electronic transport phenomena in solids, electronic and optical phenomena in polymeric and biomolecular systems, nanoscale materials, novel polymeric materials.
Radiation dosimetry, reactor health physics, radiation mitigating drugs.
Theory and computation in Soft Matter and Dynamic Systems, with applications in polymers, interfacial phenomena of electrolytes, and biological ensembles.
Observation, theoretical modeling, and numerical simulation of the plasma processes in the space weather and solar system.
Development of terahertz transmitter and receiver technologies, design and characterization of material dielectric properties with microwave through IR spectrometers, CO2 and far-IR laser magneto-spectroscopy, and sub-millimeter wave compact ranges for electromagnetic scattering studies.