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Wei-Qiao Deng's

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short course

       at Active Organic Technologies 

 

What is active organic technologies? 

Who are doing active organic technologies? 

Useful links 

 

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Competitive electronics manufacturing depends upon the development and integration of innovative and cost-effective device and materials technologies to create the diverse electrical and optical components or subsystems needed for tomorrow's electronics applications. Whether it is for memory or logic devices; optical or electrical interconnection, illumination or information displays; light or energy resources; detectors, sensors, or actuators; or lithography or molecular patterning, active organic technologies are emerging as viable technology options for creating new and improved electrical and optical systems and products.

Who are doing active organic technologies?  (Back to top) (next)

Name

Address

Sub area

Addition
Alan J. Heeger Phys, UCSB Conductive polymer 2000 Nobel Prize winner
J Fraser Stoddart Chem, UCLA  Novel active organic materials  Fourth most-cited researcher in chemistry 1994-2004
Richard Friend Phys, Cambridge Conductive polymer and flexible electronics top cited researcher in conductive polymer 1991-2001
John A. Rogers  Chem, UIUC  Organic semiconductor and relate device fabrication Science, 303, 1644-1646 (2004)
Stephen R. Forrest EE, Princeton  Organic thin film optical devices
Zhennan Bao  ChE, Stanford Organic semiconductor materials Z. Bao, “Fine Printing”, Nature Materials, 3, 137-138, 2004
Larry Dalton  Chem, U Washington  Organic optical materials L. R. Dalton, Materials Today, 5, 38 2002

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Startups:

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California Institute of Technology

Division of Chemistry and Chemical Engineering

Materials and Process Simulation Center

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Last updated on Nov. 13, 2004

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