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IEEE Spectrum May 2011 Wager & Hoffman	Thin, Fast, and Flexible Semiconductors Amorphous oxide semiconductors promise to make flat-panel displays faster and sharper than today's silicon standby.
PC Magazine May 4, 2004 Alfred Poor	What's New With Displays Our guide explains state-of-the-art display technology and looks ahead.
IEEE Spectrum February 2013 Andrew J. Steckl	Electronics on Paper Paper electronics could pave the way to a new generation of cheap, flexible gadgets
IEEE Spectrum August 2012 Prachi Patel	Quantum Dots Are Behind New Displays They make LCDs brighter and could challenge OLEDs for future TV dominance
Technology Research News December 17, 2003 Eric Smalley	Microfluidics make flat screens A new method for making big, cheap flat screen displays is a bit like making muffins. Pour liquid polymer into microfluidic channels aligned above an array of electrodes, let cure, and you have organic thin film transistors.
Technology Research News June 4, 2003 Kimberly Patch	Plastic transistors go vertical Researchers from the University of Cambridge in England have brought inexpensive, practical organic transistors a step closer to your grocery cart by devising a pair of processes that form small, vertical transistors from layers of printed polymer.
IEEE Spectrum July 2007 John Boyd	Let There Be (a New Kind of) Light Organic LEDs seem set to transform the business of light bulbs. A major challenge all OLED manufacturers face is how to make their products cost-competitive with the ultracheap incandescent and fluorescent lighting products on the market.
Chemistry World May 2, 2010 Mike Brown	OLETs have bright future in electronic lasers Scientists in Italy have developed organic light-emitting transistors that are more efficient light sources than organic light-emitting diodes, and could be used in much sought after electrically pumped organic laser devices.
IEEE Spectrum September 2011 Ritchie S. King	Expectations Dim for OLED Lighting High costs could keep white organic-light-emitting diodes off the shelf
IEEE Spectrum January 2013 Tekla S. Perry	OLED TV Arrives For the past decade, two television display technologies -- liquid crystal and plasma -- have fought for supremacy, and although the LCD won the battle, it is about to lose the war. A third contender's is the organic light-emitting diode, or OLED.
Popular Mechanics January 27, 2010 Adam Hadhazy	17 Projects Shaping the Future of LED Lights The Department of Energy announced $37 million in grants earlier this month in its sixth round of funding for solid-state lighting. The cash will go toward basic research, product development and manufacturing of light-emitting diodes and carbon-containing organic light-emitting diodes.
BusinessWeek May 10, 2004 Otis Por	Just Two Words: Plastic Chips They can endow just about anything with computer smarts -- and they'll be cheap
IEEE Spectrum February 2010 Edward H. Sargent	Infrared Optoelectronics You Can Apply With a Brush Infrared quantum dots will lead to cheaper photovoltaic cells. When the fabrication of optoelectronic devices becomes almost as easy as splashing paint on a canvas, our assumptions about the high cost of high-performance optoelectronic devices will be turned on its head.
IEEE Spectrum January 2006 Tekla S. Perry	Winner: Black, White, and Readable The low-contrast flat-panel readouts ubiquitous to today's consumer electronics products may soon be obsolete, thanks to a tiny Dublin-based start-up
IEEE Spectrum November 2006 Paul O'Donovan	Goodbye, CRT The cathode-ray tube is on the way out. What will replace it? (Hint: it won't be plasma). Here's a look at all of the players.
Technology Research News April 7, 2004 Eric Smalley	Angle speeds plastic transistor Going with the flow is a good way to pick up speed, particularly for plastic transistors. Rotating the crystal 180 degrees can change the transistor's performance by as much as 3.5 times.
Technology Research News November 19, 2003	Plastic display circuit shines Researchers from the University of Tokyo have taken a step forward by fabricating on a glass surface a circuit that contains an organic light-emitting diode and an organic thin-film transistor. The diode was bright enough to be used in a display, according to the researchers.
IEEE Spectrum September 2012 Alfred Poor	Next-Generation Display Technologies New materials will mean brighter, sharper screens
IEEE Spectrum March 2010 Jason Heikenfeld	The Electronic Display of the Future Kindle, iPad, Droid -- these compact mobile devices are essentially all display. But the screens aren't all we'd like them to be. Yet.
Technology Research News December 3, 2003	Carbon boosts plastic circuits Researchers from the California Institute of Technology have devised an inexpensive way to add better-conducting organic source and drain electrodes to organic thin-film transistors.
Industrial Physicist Avouris & Appenzeller	Electronics and Optoelectronics with Carbon Nanotubes Evaluating the potential of carbon nanotubes as the basis of a future nanoelectronics technology.
Defense Update Issue 3, 2005	How OLED Works? OLED devices use less power and can be capable of high, higher brightness and fuller color than liquid crystal microdisplays.
Chemistry World November 23, 2007 Jonathan Edwards	OLED Chemists Have a Bright Idea Organic light-emitting diodes (OLEDs) can be made more cheaply and easily thanks to a new molecule made by Chinese chemists.
IEEE Spectrum August 2005 Justin Mullins	Shedding Light On Organic Transistors The first single-crystal organic transistor that can be switched on and off by light is giving physicists a unique peek into the way photons interact with organic semiconductors. The new device could have a major impact on the way OLED displays are manufactured.
Technology Research News April 9, 2003 Kimberly Patch	Painted LEDs make screen Spread it on a surface, shine tiny spots of ultraviolet light on it, and voila, a certain type of plastic turns into a full-color, high-resolution, flexible flat-screen display. The simple process could make computer screens much cheaper.
Technology Research News November 5, 2003	Process prints silicon circuits Researchers from Princeton University have demonstrated a way to use a flexible stamp to print thin-film transistors. The researchers' eventual goal is to directly print electronics on flexible surfaces.
Chemistry World October 31, 2011 Jon Cartwright	Organic LEDs set to become displays' flexible friend Researchers in Canada have created organic light-emitting diodes on flexible plastic substrates that retain the high efficiency of their non-flexible counterparts.
Chemistry World June 19, 2013 David Bradley	OLEDs ditch the heavy metals All-organic LEDs that side-step the heavy metal emitter components and have almost comparable efficiencies with commercial devices could soon be used in display and other devices thanks to research in Japan.
Military & Aerospace Electronics September 2006 John McHale	Universal Display to Provide Portable Flexible Communications Device to Navy Under terms of the contract, Universal Display engineers will deliver an active-matrix PHOLED display prototype built on flexible metallic foil integrated into a wrist-worn wireless communication device.
Chemistry World December 19, 2012	Overcoming small obstacles What if photolithography hits a barrier it cannot breach? That question has motivated scientists to recruit chemistry to a series of printing methods with the power to engineer nanometre-scale materials.
IEEE Spectrum March 2008 Chang & Subramian	Electronic Noses Sniff Success E-noses will soon be ubiquitous, thanks to printed organic semiconductors.
Technology Research News March 23, 2005	Layers promise cheap circuits The challenge is making organic transistors that work well electronically.
PC Magazine March 10, 2004 Alfred Poor	Flexible Display Forecast After years of slow but steady progress, momentum is picking up for one of technology's Holy Grails: the flexible plastic display.
IEEE Spectrum January 2013 Glenn Zorpette	Lighter, Brighter Displays Electrowetting combines the best of LCD and E Ink. The Korean technology colossus Samsung will be the first to market a display based on electrowetting.
CIO January 1, 2003 Mindy Blodgett	Thin Is In Displays for computers and handheld devices keep getting lighter and thinner, and now two new technologies -- OLEDs and E Ink -- promise to take this trend to the next level in 2003.
Chemistry World December 8, 2014 Tim Wogan	Designing blue organic LEDs from scratch A new, highly efficient fluorescent material for blue organic LEDs that is completely free of metals has been developed by researchers in Japan.
IEEE Spectrum October 2007 Bohr et al.	The High-k Solution Microprocessors coming out this fall are the result of the first big redesign in CMOS transistors since the late 1960s.
Chemistry World April 28, 2011 Mike Brown	Carbon nanotubes in large panel displays US researchers have incorporated carbon nanotubes into organic light-emitting transistors to create devices that rival the performance of their silicon counterparts.
Technology Research News October 22, 2003	Nanowires boost plastic circuits The move is on to develop flexible, cheap, plastic electronics, but so far organic circuits have fallen far short of silicon chip performance. Researchers from the Hahn-Meitner Institute in Germany have moved the field forward with a new way to make flexible transistors.
IEEE Spectrum March 2013 Joachim N. Burghartz	Make Way for Flexible Silicon Chips We need them because thin, pliable organic semiconductors are too slow to serve in tomorrow's chips. Seamless integration of computing into everyday objects isn't quite here yet.
Technology Research News October 22, 2003 Eric Smalley	Nanowires make flexible circuits Nanowires might one day be used to make microscopic machines. But before then they could help liberate computer circuits from the rigid, expensive confines of silicon chips. A process that makes thin films from semiconductor nanowires improves the prospects for plastic electronics and electronic paper.
IEEE Spectrum October 2005 Salvatore Coffa	Light From Silicon For decades, silicon was a semiconducting dim bulb, but now we can make it into LEDs that match the best made from more exotic materials
IEEE Spectrum January 2009 Neil Savage	Organic Semiconductor Breakthrough Could Speed Flexible Circuits An Illinois company says it has made the first practical complementary polymer circuits.
Chemistry World December 10, 2009 Simon Hadlington	Flexible organic flash memory Researchers have succeeded in making an elusive component of organic electronics: a flash memory transistor that can be incorporated into a thin, flexible plastic sheet.
Technology Research News December 17, 2003	Organic transistors get small Researchers from Cornell University have shown that it is possible to fabricate useful organic thin film transistors that have a channel length as small as 30 nanometers. The smaller the channel, the faster the transistor. Previously, organic TFT channel lengths were limited to about 100 nm.
Popular Mechanics January 2007 John Matson	Tech Watch: Theater Home A new wave of ultra-efficient light-emitting diodes could one day turn your entire house into a flat-panel display.
Chemistry World August 14, 2012 James Urquhart	Flexible lighting is on a roll Researchers in Sweden and Denmark have made flexible light emitting sheets using an efficient roll to roll printing method akin to newspaper printing.
Chemistry World January 21, 2009 Simon Hadlington	Electron-conducting polymer for printed electronics The prospect of powerful electronic circuits made from printable plastics has moved a step closer with the discovery of a cheap, stable organic polymer semiconductor
The Motley Fool April 21, 2005 Carl Wherrett	Universal Displays Its Potential The nano company sees its stock jump 30% after a deal with Samsung. The OLED market is in its infancy, but it's growing fast.
Chemistry World November 29, 2011 Kate McAlpine	Print quality nanotubes control LED switching Researchers in California have developed a way to print transistors made of carbon nanotubes and have used them to turn an organic light emitting diode on and off.