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From mdecamp

Revision as of 17:19, 27 June 2012

Welcome to Dr. DeCamp's Lab Wiki

Contents 1 About the Research 2 Upcoming Talks 3 News 4 Recent publications 5 Getting started About the Research
The group focuses on the study of sub-picosecond ( $10^{-12}$ seconds) dynamics of complex systems. Specifically, we utilize time-domain THz, optical pump-probe techniques, and time-resolved x-ray spectroscopies to study the dynamics of thin films and biomaterials.

Upcoming Talks
Matthew DeCamp Department of Physics and Astronomy Colloquium September 12, 2012 Matthew DeCamp and Yuan Gao Optical Society of America Annual Meeting, Rochester NY (2012)
News
Congratulations to Zhiyuan Chen for being a finalist for the Daicar-Bata prize for best student paper in the Physics Department (2011) Congratulations to Yuan Gao for defending his PhD dissertation PROBING AND RECONSTRUCTING TRANSIENT ONE-DIMENSIONAL ACOUSTIC STRAINS USING TIME-RESOLVED X-RAY DIFFRACTION (4/4/13)
Recent publications
Z. Chen, Y. Gao, and M.F. DeCamp, "Retrieval of terahertz spectra through ultrafast electro-optic modulation," Applied Physics Letters 99 011106 (2011) Y. Gao and M.F. DeCamp "Generation of acoustic pulses from a photo-acoustic transducer measured by time-resolved x-ray diffraction" Applied Physics Letters 100 191903 (2012) Z. Chen and M.F. DeCamp "Coherent optical phonons in bismuth detected through a surface plasmon resonance" J. Applied Physics 112 191903 (2012) J. Shen et al. "Damping modulated terahertz emission for ferromagnetic films excited by ultrafast laser pulses" Applied Physics Letters 101 072401 (2012)

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-|style="color:#000"| <big>The group focuses on the study of sub-picosecond (10^{-12} seconds) dynamics of complex systems. Specifically, we utilize time-domain THz, optical pump-probe techniques, and time-resolved x-ray spectroscopies to study the dynamics of thin films and biomaterials.
+|style="color:#000"| <big>The group focuses on the study of sub-picosecond (<math>10^{-12}</math> seconds) dynamics of complex systems. Specifically, we utilize time-domain THz, optical pump-probe techniques, and time-resolved x-ray spectroscopies to study the dynamics of thin films and biomaterials.
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