1000 Hilltop Circle
Baltimore, MD 21250
(410) 455-2513
(410) 455-1072 (fax)
University of Maryland, Baltimore County
| Research specialty | Degree type | |
| PhD (Theoretical/Experimental) |
Master's (Final degree/Enroute to PhD) |
|
| Astrophysics | Both | Both |
| Condensed Matter Physics | Both | Both |
| Nonlinear/Ultrafast Optics | Both | Both |
| Quantum Optics and Quantum Information | Both | Both |
EXPERIMENTAL
Astrophysics
High-energy astrophysics; active galactic nuclei; relativistic jets; quasars, X-ray astronomy.
Markos Georganopoulos, Ian George, Mark Henriksen, Eileen Meyer, T. Turner
Condensed Matter Physics
Semiconductor quantum dots; cold atoms; theoretical physics; quantum thermodynamics.
Sebastian Deffner, Jason Kestner
Quantum Optics and Quantum Information
Quantum foundations; entanglement; non-classical states; quantum imaging; photonic qubits; spin qubits; quantum information theory.
Sebastian Deffner, James Franson, Jason Kestner, Yanhua Shih
Astrophysics
X-ray astronomy; active galaxies; extragalactic astrophysics.
Markos Georganopoulos, Ian George, Mark Henriksen, Eileen Meyer, T. Turner
Condensed Matter Physics
Thin films; surfaces and interfaces; atomic layer deposition; polymer physics; mechanical alloying; semi-conductors; optical studies of nanomaterials.
Theodosia Gougousi, L. Hayden, Matthew Pelton, Laszlo Takacs, Terrance Worchesky
Nonlinear/Ultrafast Optics
Frequency conversion; THz generation and detection; ultrafast carrier dynamics; pulse propagation; low-power nonlinearities; nanophotonics.
James Franson, L. Hayden, Anthony Johnson, Matthew Pelton, Todd Pittman, Yanhua Shih, Terrance Worchesky
Quantum Optics and Quantum Information
Photonic quantum information; quantum imaging; entanglement; single photon physics; quantum foundations.
James Franson, Matthew Pelton, Todd Pittman, Yanhua Shih