Description :  Polymer optoelectronics and microlectronics have been recognized as technologies of the next generation. The main objective of this work is to develop an enabling and highly commercially viable organic optoelectronic technology in support of economic development for the State of Louisiana and the nation. This project focuses on research and development of polymer-based photodetectors and light-emitting devices. The project addresses design, engineering, fabrication, and testing of polymer photodiodes and light emitting diodes and endeavors to reach a fundamental understanding regarding the complicated processes involved in the all-polymer optoelectronic structures, such as charge transport, injection, and recombination. Both novel and well-known processing techniques are used to fabricate the devices: ink-jet printing technology, liquid embossing, conventional lithography, and nano-self assembly. Conjugated polymers combine optical and electrical properties similar to conventional semiconductors with mechanical flexibility and low weight, which are important attributes for consumer, industrial, and military applications.

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Principal Investigator:  Selmic, Sandra  --  Electrical Engineering

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Collaborators:  

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Funding Agencies:  Board of Regents

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Amount Awarded:  $159,155

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Start Period:  06/01/2003

End Period:  06/30/2006