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waveguideBuilding
Novel multiple quantum well structures for use as the active elements in optically pumped far infrared lasers are proposed. Optimization of the quantum well design and the effect of growth tolerances are investigated. A surface-loaded waveguide structure is proposed for mode control
There is presently a lack of efficient, compact, solid-state sources for the spectral range 1-10 THz...
An optically pumped multiple quantum well (MQW) submillimeter wave (SMMW) laser is proposed and desi...
We use eight-band k·p energy band structure model to help design novel GaInSb/AlGaInSb mid-infrared ...
Optically pumped lasers based on GaAs/AlGaAs multiple quantum well (MQW) structures are a potential ...
A strongly asymmetric stepped and a parallel quantum well (QW) far-infrared laser structure are prop...
Far infrared (FIR) frequencies, have potential applications in spectroscopy, radio astronomy, and sp...
Far infrared (FIR) frequencies, have potential applications in spectroscopy, radio astronomy, and sp...
Current far infrared sources of significant average output power are extremely inefficient, bulb gas...
In recent years, because of the availability of high quality quantum well (QW) wafers grown by MBE (...
In recent years, because of the availability of high quality quantum well (QW) wafers grown by MBE (...
In recent years, because of the availability of high quality quantum well (QW) wafers grown by MBE (...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer ...
International audienceThermal and optical properties of Buried structures laser are simulated in the...
International audienceThermal and optical properties of Buried structures laser are simulated in the...
There is presently a lack of efficient, compact, solid-state sources for the spectral range 1-10 THz...
There is presently a lack of efficient, compact, solid-state sources for the spectral range 1-10 THz...
An optically pumped multiple quantum well (MQW) submillimeter wave (SMMW) laser is proposed and desi...
We use eight-band k·p energy band structure model to help design novel GaInSb/AlGaInSb mid-infrared ...
Optically pumped lasers based on GaAs/AlGaAs multiple quantum well (MQW) structures are a potential ...
A strongly asymmetric stepped and a parallel quantum well (QW) far-infrared laser structure are prop...
Far infrared (FIR) frequencies, have potential applications in spectroscopy, radio astronomy, and sp...
Far infrared (FIR) frequencies, have potential applications in spectroscopy, radio astronomy, and sp...
Current far infrared sources of significant average output power are extremely inefficient, bulb gas...
In recent years, because of the availability of high quality quantum well (QW) wafers grown by MBE (...
In recent years, because of the availability of high quality quantum well (QW) wafers grown by MBE (...
In recent years, because of the availability of high quality quantum well (QW) wafers grown by MBE (...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer ...
International audienceThermal and optical properties of Buried structures laser are simulated in the...
International audienceThermal and optical properties of Buried structures laser are simulated in the...
There is presently a lack of efficient, compact, solid-state sources for the spectral range 1-10 THz...
There is presently a lack of efficient, compact, solid-state sources for the spectral range 1-10 THz...
An optically pumped multiple quantum well (MQW) submillimeter wave (SMMW) laser is proposed and desi...
We use eight-band k·p energy band structure model to help design novel GaInSb/AlGaInSb mid-infrared ...
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