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High-performance superlattice quantum cascade lasers
Federico Capasso
, Alessandro Tredicucci
,
Claire Gmachl
, Deborah L. Sivco
, Albert L. Hutchinson
, Alfred Y. Cho
, Gaetano Scamarcio
Research output
:
Contribution to journal
›
Article
›
peer-review
85
Scopus citations
Overview
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Keyphrases
Superlattice
100%
Miniband
37%
Cascade Lasers
25%
Oscillator Strength
25%
Infrared Wavelength
12%
Semiconductor Lasers
12%
Electric-field-induced
12%
Long-wave Infrared
12%
Gain Spectrum
12%
M-structure
12%
Unipolar Semiconductor
12%
Varying Thickness
12%
External Field
12%
Long Wavelength
12%
High Current
12%
Brillouin Zone Boundary
12%
Laser Threshold
12%
Low Threshold Current Density
12%
Voltage Drop
12%
Attendants
12%
Population Inversion
12%
Optical Transitions
12%
Modulation Doping
12%
Highest Peak
12%
Room Temperature Operation
12%
Optical Power
12%
High Optical Power
12%
Laser Transitions
12%
Intersubband Transitions
12%
Operating Wavelength
12%
Time Ratio
12%
State Overlap
12%
Peak Power
12%
Double Quantum Well
12%
Quantum Well States
12%
Space Charge Electric Field
12%
Design Considerations
12%
Gain Enhancement
12%
Engineering
Superlattice
100%
Active Region
62%
Minibands
37%
Gain Spectrum
12%
Population Inversion
12%
Peak Power
12%
Voltage Drop
12%
Design Consideration
12%
Dopants
12%
Optical Transition
12%
External Field
12%
Brillouin Zone
12%
Induced Electric Field
12%
Threshold Current Density
12%
Operating Wavelength
12%