Office: 2170 NPB
352.392.8753

stanton@phys.ufl.edu





































Christopher Stanton

Professor


Education

PhD Cornell University (1986)

Research Group

Condensed Matter Theory

Research Interests

Research interests include: The theory of ultrafast optical, electrical and transport properties of bulk and quantum confined semiconductors; coherent and incoherent carrier kinetics in semiconductors; coherent optical and acoustic phonons in bulk seminconductors and superlattices; nonlinear Faraday effect in dilute magnetic semiconductors; wavepacket dynamics and THz radiation from ultrafast excitation; coherent control and optical pulse-shaping.

Selected Publications

Kuznetsov AV and Stanton CJ. "Ultrafast optical generation of carries in a DC electric field: transient localization and transient photocurrent", Physical Review B 48; 10828 (1993).

Kuznetsov AV and Stanton CJ. "Coherent Phonon Oscillations in GaAs", Physical Review B 51 7555 (1995).

Kuznetsov AV, Sanders GD and Stanton CJ. "Wavepacket Dynamics in Quantum Wells", Physical Review B 52 12045 (1995).

Sanders GD, Sun C-K, Golubovic B, Fujimoto JG and Stanton CJ. "Carrier-carrier scattering in the gain dynamics of InGaAs/GaAs diode lasers", Physical Review B 4 8005 (1996).

Kenrow JA ,El Sayed K and Stanton CJ. "Interaction Induced Electron Self-Interference in a Semiconductor: The Phonon Staircase Effect", Phys. Rev. Lett. 78 4873 (1997).

Sanders GD and Stanton CJ. "Simulation of infrared pump-probe spectroscopy in n-type quantum wells", Phys. Rev. B 57 9148 (1998).