Georgia Tech - Center for Organic Photonics and Electronics
Georgia Tech - Center for Organic Photonics and Electronics
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The Georgia Tech Center for Organic Photonics and Electronics (COPE) is a leading research and educational resource center that creates flexible organic photonic and electronic materials and devices that serve the information technology, telecommunications, energy, and defense sectors.
Among the research areas where COPE is making significant advances include: OLEDs for lighting and displays, organic and hybrid photovoltaics for portable power, energy storage, printable organic and hybrid thin-film transistors for flexible electronics, organic materials for all-optical switching and computing, barrier coatings for encapsulation of organic electronics.
COPE has expertise in theory, synthesis, material science and characterization, device physics and in electrical and materials engineering.
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Georgia Tech - Center for Organic Photonics and Electronics
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2008
15 Jul 2008
New strategy for printed electronics
It is now generally accepted that the printed electronics is headed to be a business of the order of $300 billion yearly in about twenty years time.29 May 2008
Clear Channel rolls out digital bill board posters
The biggest challenge to roll out more digital displays is the regulatory environment, not the capital cost.2007
13 Dec 2007
Digital plaster with printed battery UK
Healthcare information systems in use today were mainly designed to manage acute illness, such as infections and injury, making them ill-equipped to cope with the growing requirement for pervasive monitoring of long-term conditions.30 Nov 2007
Carbon 60 transistors perform at higher levels than amorphous silicon
Using room-temperature processing, researchers at the Georgia Institute of Technology have fabricated high-performance field effect transistors with thin films of Carbon 60, also known as fullerene.11 Oct 2007
Digital Fabrication / Non Impact Printing Conference - Alaska Day 5
Alan Hodgson follows up with his third report on the Digital Fabrication conference held in Alaska, 16-21 September 200720 Sep 2007
Advances in Stretchable Electronics
Stretchability is needed in electronics if it is to be foldable, tightly conformal or following the form of something that changes in shape, like the human body.2006
6 Apr 2006
Flexo vs gravure
As processes are scaled up and costs have to come down, we see printed electronics increasingly being made with traditional high speed printing technology, particularly as suitably thin, high integrity inks become available. Read about this battle.2005
26 Dec 2005
New Zealand improves livestock traceability
30 Sep 2005
Food animal identification report to be published
10 Sep 2005
Revelations from the world's largest RFID database
7 Jul 2005
RFID experience highlights from Smart Labels USA
The following is a summary of user's experiences, as they reported it, from the fourth Smart Labels USA conference in June17 Jun 2005
Turning somersaults to make RFID work at UHF
2004
25 Oct 2004
RFID market developments in Korea
11 Oct 2004
Dramatically Improving the Human Interface
Printed Electronics to Dramatically Improve the Human Interface