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Tao Yang
Tao Yang
PH.D in Physics, R&D Engineer at Finisar Corporation
Verified email at stevens.edu
Title
Cited by
Cited by
Year
Optical modulation of quantum cascade laser with optimized excitation wavelength
T Yang, G Chen, C Tian, R Martini
Optics Letters 38 (8), 1200-1202, 2013
232013
Self-consistent approach for quantum cascade laser characteristic simulation
G Chen, T Yang, C Peng, R Martini
IEEE Journal of Quantum Electronics 47 (8), 1086-1093, 2011
142011
Numerical study of subband electron temperature effect on a mid-infrared quantum cascade laser output characteristics
C Peng, G Chen, T Yang, S Park, R Martini
Semiconductor science and technology 28 (10), 105008, 2013
62013
Non-resonant optical modulation of quantum cascade laser and its application potential in infrared spectroscopy
T Yang, C Tian, G Chen, R Martini
Novel In-Plane Semiconductor Lasers XIII 9002, 214-223, 2014
42014
High-speed wavelength modulation in quantum cascade laser
G Chen, R Martini, T Yang, PD Grant, R Dudek, HC Liu
CLEO: Science and Innovations, JTuI95, 2011
12011
A frequency modulation spectroscopy system based on non-resonant all-optical modulation
T Yang, C Tian, R Martini
The 6th international WorkShop on Plasma Spectroscopy, Hoboken, NJ, 2014
2014
Enhanced optical wavelength modulation of quantum cascade laser and its application in infrared spectroscopy
T Yang, R Martini
12th International Conference on Intersubband Transitions in Quantum Wells …, 2013
2013
Optimized all-optical amplitude and frequency modulation of quantum cascade laser
T Yang, G Chen, C Tian, R Martini
CLEO: Science and Innovations, CM2K. 7, 2013
2013
Infrared imaging based on quantum dot optical phase modulation
G Chen, T Yang, C Peng, R Martini
International Symposium on Photoelectronic Detection and Imaging 2011 …, 2011
2011
All-optical read-out middle-far infrared detector based on dots
G Chen, T Yang, R Martini
2010 International Symposium on Spectral Sensing Research, Springfield, Missouri, 2010
2010
Optically modulated Quantum Cascade Laser–progress towards a frequency comb in the MIR
R Martini, T Yang, SW Park, C Tian, G Chen
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Articles 1–11