Christopher J. Stanton

Important Links:

UF Physics Department

University of Florida

College of Liberal Arts and Sciences

UF Physics Weather Station (atop the New Physics Building)
TEACHING

Fall  2013:

PHY 3101 Introduction to Modern Physics


RESEARCH

Associate Scientists:

Gary D. Sanders: Transport, electrical and optical properties of GaN and GaN based superlattices and Multi Quantum Wells.  Coherent control and optical pulse shaping.

Previous Postdoctoral Research Associates:

Daniel W. Bailey: (Monte Carlo Techniques for studying ultrafast carrier dynamics problems). 

Karim El Sayed:  Coherent and incoherent effects in ultrafast optical excitation, nonlinear Faraday rotation in  magnetic semiconductors.

Julie Kenrow: Phonon Staircase, Nonlinear Farday Rotation in magnetic semiconductors, Differential Reflection and Transmission Spectroscopy.

Alex Kuznetsov : Ultrafast, coherent phenoma in semiconductors; spatial coherence; THz radiation; Coherent Phonons, wavepacket dynamics.

Fedir Kyrychenko: Electronic and optical properties of quantum confined  Dilute Magnetic Semiconductors.

Gary D. Sanders: Optical and transport properties of quantum confined systems; Porous silicon; Strained-layer quantum lasers and amplifiers, FEL studies of semiconductor quantum wells.

Graduate Students:

Avinash Rustagi
Dipta Saha
Evan Thatcher

Undergraduate/High School Students:

Jeffrey Naset: Computer graphics and visualization of complex phenomena.  See our work on Fermisurfaces.
Moses Hohman: Computer graphics for scientific visualization.

Previous Graduate Students:

Xinguan Pan (Ph.D. 2010):

Yongke Sun (Ph.D. 2005): Electronic, Transport and Optical Properties of Dilute Magnetic Semiconductors.

Rongliang Liu (Ph.D. 2004):  Coherent Phonons in Superlattices.

Jianzhong Li (Ph.D. 1997): Transport properties of thin-film electroluminescent materials; ACTFEL's, extreme quantum confinement.

Dmitry Kobzev (MS, 1995): Ultrafast optical properties of metals/superconductors; Time dependent screening and nonequilibrium plasmons.

Mark Fredrickson (M.S. 1994): Computer Graphics for Visualization of Solid State Phenomena.

Yuanshan Sun (Ph.D. 1990): Matrix Methods for Solution of Boltzmann Transport Equations in Ultrafast Optical Excitation. 

Last modified: Monday, December 31, 2008