A multiple quantum well spatial light modulator combines both optically addressed and electrically addressed portions on a single wafer. We present results obtained with a single-pixel amplitude modul...
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The present invention relates to spatial light modulators and more particularly to multiple quantum well electrically/optically addressed spatial light modulators for use in high...
Proposed new class of two-dimensional spatial light modulators (SLM''s) based on fabrication of multi-quantum-well (MQW) structures (e.g. of AlGaAs and InGaAs) on silicon substrates.
The design, fabrication, and characterization of large, two-dimensional multiple-quantum-well modulator arrays are presented. Such arrays present a speed advantage compared with competing
Large improvements are reported in the sensitivity of optically addressed multiple quantum well spatial light modulators. In prior work with these materials the quantum well region has been made semi
We present the design and fabrication process for single surface-normal MQW modulators, as well as for high fill factor (80-90%) 1-D arrays of such modulators. Design issues and trade-offs in...
This paper covers recent theoretical and experimental work in the area of multiple quantum well modulators with particular emphasis on optical processing applications.
When the MQW modulator is illuminated with light near one of the zero-filedabsorption resonances, it exhibits negative differential electrical resistance. This permits fabrication ofvery low switching
Multiple quantum well spatial light modulators (MQW SLMs) are promising devices for future high-speed applications. We present results obtained with a single-pixel amplitude modulator.
Researchers working on the project have now demonstrated that high-quality optical dot grids can be realized in the relevant UV wavelength range with spatial light modulators (SLMs) based