It’s reported that Microsharp Corporation, a privately owned UK company focused on the development of specialist optical films, has joined the EU funded, OLED-100.eu R&D project as the only UK participant.

It’s reported that Vitex, leader in thin film encapsulation and Novaled, leader in highly efficient long lifetime OLEDs, are going to combine advantages of the Vitex BarixTM thin film technology with the Novaled doping technology and materials targeting very thin and high efficiency long lifetime OLED products.

It’s reported that Merck KGaA aims to take a leading position in the future market for OLED, which may become the new technology for displays in mobile phones, computers and TVs.

It’s reported that Universal Display Corporation announced the possible with OLED technology that made a television screen as thin as a piece of paper that weighs no more than a few ounces. Or, so flexible it could be worn around our wrist and is virtually indestructible, which stands for Organic Light Emitting Diodes.

Recently, Japan's Toshiba Corp and Matsushita joint venture to develop OLED displays with the world's longest product life span and lowest power consumption. The venture has developed the new panel in cooperation with Idemitsu Kosan Co, a Japanese oil refiner active in OLED materials development.

It’s reported that Konica Minolta has signed a deal with OLED developer Universal Display Corporation (UDC) to develop the technology in lighting applications.

It's reported that a 40-inch target is mass-produced and ready for retail in the same time frame. As always, Panasonic simply confirms that they're investing heavily into the tech and goes about their business.

Matsushita Electric Industrial Co. will begin test production of next-generation displays for TVs next year with plans for commercial output as early as 2011. Competition is heating up among the world's electronics makers, including Japanese rival Sony Corp. and Samsung Electronics Co. of South Korea, in OLED, or organic light-emitting diode, displays.

It's reported that one of the greatest obstacles to increased adoption of OLED lighting is that current technology. The usual OLED lighting emits only 20 percent of the light generated, and the rest remains trapped inside the device, wasted.

According to the expert's analysis, OLED lighting is more than twice as efficient as regular incandescent light bulbs by using a new process that involves tiny micro lenses, cranking out 70 lumens of light per watt of power, compared with the 30 lumens per watt of GE's latest OLEDs. While these fantastic new lighting sources won't light up every house for a few more years, they'll be a whole lot better than current compact florescent bulbs.

Recently Universal Display Corporation through its UniversalPHOLED™ technology, announced a $1,918,878, two-year U.S. Department of Energy contract to accelerate development of white OLED lighting products. Universal Display plans to use Armstrong World Industries as a key subcontractor to fulfill the requirements of the grant. Funded through the U.S.

It's reported Toshiba Corp. and Matsushita Electric Industrial Co. Ltd. said that they will mass produce next-generation organic displays, spending roughly $140 million to cash in on the growing market for the ultra-thin screens On July 22.

Energy efficiency and flexible lighting applications of OLEDs hasn't lived up to its promise, however, because in typical OLEDs, only 20 percent of the light generated is released from the device. That means that most light is trapped inside the bulb, making it highly inefficient. It's reported the scientists are on to a way to break the OLED-efficiency logjam. TThey have designed an OLED that boosts illumination by 60 percent using a combination of an organic grid working in tandem with small micro lenses that guide the trapped light out of the device.

It's reported TOKYO (AP) -- Toshiba Corp. and Matsushita Electric Industrial Co. will start making next-generation displays at their joint plant by the second half of 2009.

Microsoft has set up a "Home of the Future" exhibition to share their vision of a high-tech home 10 years from now. It involves a mix of software technology, hidden projectors and organic LEDs (light-emitting diodes) that could display information or images on walls and other surfaces; personal devices like smart phones that can control the lights, home security, the television and other devices; and interactive devices and appliances that respond to voice and gestures.

Researchers at the University of Michigan have discovered a way to get 50% more light out of organic light emitting diodes (OLEDs), bringing them one step closer to more widespread adoption as a general lighting source, while increasing their value in displays.