01/15/2007  Arrowhead Research Corp. of Pasadena, Calif., announced that its majority-owned subsidiary, Unidym, has entered into a collaborative agreement with the Institute of Materials Research and Engineering (IMRE) in Singapore to develop organic light emitting diodes (OLEDs) incorporating transparent electrodes made of carbon nanotubes.

01/03/2007  January 3, 2007 - Universal Display Corp., a developer of OLED technologies and materials, and Nippon Steel Chemical Co. Ltd., a provider of super-purified OLED materials, say they have achieved a "significant enhancement" in the performance of green phosphorescent OLEDs, doubling the device's operational lifetime while maintaining existing color and efficiency characteristics.

06/26/2006  Austria-based Nanoident Technologies AG is hoping its ultra-thin, organic semiconductor-based nanolayers can help the company slide into market faster than previous nanotechnologies with applications in displays, sensors and biometrics.

06/14/2006  June 14, 2006 - Researchers at Advance Nanotech Inc. and the Center for Advanced Photonics and Electronics (CAPE) at the U. of Cambridge, UK, say they have developed novel composites made from organic polymers and nanostructured materials that provide "printable" semiconductors for low-cost inkjet print manufacturing.

05/31/2006  May 31, 2006 - Universal Display Corp. (UDC) and Mitsubishi Chemical Corp. have agreed to codevelop materials for phosphorescent organic light-emitting diode (OLED) displays that are processable through solution, or "wet" processing methods, such as inkjet printing.

05/17/2006  May 17, 2006 - Scientists from the U. of Cincinnati claim to have developed a method to make organic light-emitting diodes (OLED) as much as 10x more efficient and 30x brighter -- with a little help from the humble salmon fish.

04/14/2006 

10/20/2005 

08/03/2005  August 3, 2005 - A white OLED lighting panel with a record power efficiency of 30 lumens per watt (lm/W) has been demonstrated using Universal Display's PHOLED phosphorescent OLED technology at The International Society for Optical Engineering (SPIE) Symposia and Exhibition held in San Diego, CA.

04/22/2005 

04/12/2005  Ecology Coatings of Akron, Ohio, announced a licensing deal Monday with DuPont Performance Coatings allowing DuPont to manufacture and sell Ecology Coating's products for use in North American automotive applications.

02/01/2005  Two river routes lead to Wall Street in lower Manhattan. Sailing down the Hudson provides a wide, smooth ride, not to mention breathtaking views of the wooded cliffs of New Jersey – in short, a classy way to sail downtown. The East River, by contrast, is a narrow, bumpy ride. The water is dark and oily from barge traffic. The stretch past LaGuardia airport is deafeningly noisy.

01/21/2005 

01/04/2005  By Janice K. Mahon, Min-Hao Michael Lu, Universal Display Corp., Ewing, New Jersey

VTE has been the leading technology for OLED production, but OVPD, IJP and LITI have the potential to drive display performance and manufacturing efficiencies in future device generations. For OLED technology to advance in FPD applications, its production technology must continue to achieve device performance advances and manufacturing cost reductions.

09/14/2004  When Nanosys withdrew its initial public offering in early August, the debate over what its withdrawal meant was so loud and vociferous that it effectively drowned out the news that Cambridge Display Technology (CDT) Corp., a developer of organic molecules for display applications, had filed to go public just a few days earlier.

06/24/2004  If Dresden-based Novaled has its way, many of the displays of the future will have a "Made in Germany" label somewhere on them. The firm is now entering the final stages of getting its second-generation OLED technology ready for the market. By mid-2005, it plans on having its OLED display screens on store shelves.

06/09/2004  You don’t have to be a professional futurist to see that the days of conventional film are numbered. Sales of digital cameras now outpace those of film. Digital cameras are increasingly cheaper, easier to use and often take better pictures. Nice for consumers, but nothing short of scary for a company like Kodak that generates enormous revenues from film sales.

04/05/2004  As the world goes mobile and cellular phone manufacturers jockey to get their gizmos in your pocket, a nanotechnology-based innovation is going along for the ride. OLEDs, or organic light emitting diodes, are poised to make cell phone displays brighter, faster and perhaps one day even cheaper than current technology – enough so that Kyocera Corp., launched a new subsidiary for OLED R&D.

12/22/2003  "See the light!" declares a sign in the company's entryway. Universal Display Corp. expects its screen technology to see the light of commercial day sometime in 2004. OLED stands for organic light-emitting device, and screens based on UDC's technology are composed of several ultrathin films of special molecules that glow when excited by an electric current.

11/18/2003  Seiko Epson Corp. has developed a controller chip for organic light-emitting diode (OLED) displays designed for car electronics and other consumer devices, according to a news release.