The Center for Quantum Devices in the News by    
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281.  
Laser Firm Get University Liscense for Marketing Al-Free Laser Diodes
Laser Firm Get University Liscense for Marketing Al-Free Laser Diodes
Photonics Spectra - December 1, 1996
Northwestern University has granted an exclusive license to Semiconductor Laser International Corp. (SLI) to develop, and sell aluminum-free high power laser worldwide for applications ranging from medicine to telecommunications to precision machining in the automotive industry. ... [read more]
 
282.  
 
New Alloy Semiconductors Detect IR
Sensor Technology - December 1, 1996
A group at Northwestern University developed new thallium based semiconductor alloys with great promise in the long wavelength 1 to 12 μm regions of the spectrum. The goal: high-performance, room-temperature infrared sensing. ... [read more]
 
283.  
Seeing a New Light; New Laser Boast Power, Reliability
Seeing a New Light; New Laser Boast Power, Reliability
Chicago Tribune - October 29, 1996
A high-power, low-energy miniature laser developed by Northwestern University researchers will be commercialized by Semiconductor Laser International Corp., the firm said Monday. ... [read more]
 
284.  
GaN Film Nears Perfection
GaN Film Nears Perfection
BMDO Update - September 1, 1996
Northwestern University's Center for Quantum Devices has grown some of the world's highest-quality III-Nitride films, with defect densities less than 10 million per centimeter squared. ... [read more]
 
285.  
MBE Growth of Indium Antimonide Reduces Cost of IR Arrays
MBE Growth of Indium Antimonide Reduces Cost of IR Arrays
Laser Focus World - July 1, 1996
At the Center for Quantum Devices (CQD) at NU, scientists have demonstrated 3 to 5 μm focal-plane 256 x256 pixel array imaging using indium antimonide (InSb) grown on a gallium arsenide (GaAs) substrate. ... [read more]
 
286.  
Ultraviolet Detectors
Ultraviolet Detectors
Compound Semiconductor - May 1, 1996
Researchers at Northwestern University's Center for Quantum Devices are actively pursuing the development of AlGaN for photoconductive and photovoltaic UV detectors. ... [read more]
 
287.  
Most Sensitive IR Detectors Developed by University Researchers
Most Sensitive IR Detectors Developed by University Researchers
Notherwestern Observer - April 22, 1996
Northwestern University Researchers have developed a new kind of semiconductor material for IR detectors that is far mode sensitive than any made to date. The new detectors should be able to see and image of a human body in extreme detail as a distance of several miles. ... [read more]
 
288.  
GaN Laser Diode Brightens Hopes for a Long-Lived, SHort-Wavlength Device
GaN Laser Diode Brightens Hopes for a Long-Lived, SHort-Wavlength Device
Physics Today - April 1, 1996
... [read more]
 
289.  
Northwestern InSb Research Revisited
Northwestern InSb Research Revisited
Electron Materials Technology News - April 1, 1996
Unfortunately the previous story about Northwestern university's QWIPs was incorrect. While the Center is working on QWIPs, the work discussed involved simple InSb p-n junction devices. ... [read more]
 
290.  
Some Like it Hot
Some Like it Hot
Chemistry and Industry - February 19, 1996
Big brother may soon have a new way of watching you, thanks to researchers at Northwestern University. They've used advanced film deposition techniques to make heat-sensitive detectors so sensitive that they can provide detailed images of the human body from several miles away. ... [read more]
 

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