Prospective undergraduate research assistants should contact faculty in the research area in which they are interested.
- Astronomy & Astrophysics
- Atomic, Molecular, Optical & Plasma Physics
- Condensed Matter Materials Physics & Nanotechnology
- High Energy Physics
- Other Research Areas
Astronomy & Astrophysics
Planet Formation, Young Stellar Objects, Multi-wavelength Astronomy
Ultra High Energy cosmic neutrino detection experiments in Antarctica and Greenland
Atomic, Molecular, Optical & Plasma Physics
Ultrafast science: diffractive imaging of isolated molecules with atomic resolution, ultrafast photo-induced chemical reactions, controlling molecules with laser pulses, atoms and molecules in intense laser fields; experimental methods: time-resolved electron diffraction, electron deflectometry, femtosecond optical measurements.
Strong-field and Attosecond Science: controlling ultrafast correlated atomic and molecular processes with ultrashort laser pulses, atoms and molecules in intense laser pulses with arbitrarily polarization, photodetachment of negative ions in external fields, theory of electron-atom collisions; theoretical quantum and classical methods: TDSE and TD-DFT toolboxes, J-matrix method, R-matrix method, perturbation theory analysis, time-frequency analysis.
Condensed Matter/Materials Physics & Nanotechnology
Fundamental and applied studies of organic ferroelectrics; nanoscale ferroelectricity; thin film ellipsometry; pyroelectric and piezoelectric properties of materials; nanoscience education and outreach; introductory physics for life sciences (IPLS); student-centered physics instruction based on sound research.
Fundamental studies of nanoscale physical phenomena in electronic and polar materials by means of scanning probe microscopy (SPM) techniques; research involves application of SPM for nanoscale studies of static and dynamic properties of ferroic domains, scaling behavior of ferroelectric-based devices, electronic properties of polar surfaces, SPM-assisted methods for fabrication of nanostructures and SPM studies of electromechanical and mechanical properties of biocompatible materials and biological systems.
Nanoscale magnetic materials; self-assembled dots; extremely high density recording media; nanostructured high-energy product magnetic materials.