University of Tokyo
University of Tokyo
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Someya lab in the University of Tokyo has been dealing with Organic Electronics since 2003. Organic devices have attractive features; such as its ease to be fabricated on plastic films, its thinness and flexibility, and its extraordinary durability from banging and bending.
Our recent research focus is bio-medical application of organic devices. We aim to develop novel electronic devices that can harmoniously interface with living bodies by taking advantage of the inherent softness of organic materials and the remarkable features of organic molecules. Our next challenge is to expand them into "wearable electronics" and its beyond.
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2008
14 May 2008
Invisibility by smart fabric video
Scientists at the University of Tokyo in Japan have demonstrated28 Mar 2008
Much finer detail possible with inkjet in Japan
Scientists from Tokyo University have just revealed a reliable method to inkjet print dots of one micron on to flexible film.2007
23 Sep 2007
Inaugural IDTechEx Printed Electronics Asia Event is a Sell-Out
Over 180 attendees from 12 countries came to the first IDTechEx Printed Electronics Asia conference and exhibition. The majority of delegates were from Japan, with many surprise attendances from major Japanese institutions getting involved in this exciting new topic.10 Sep 2007
Skin-like Sensors Networks using Printed Organic Transistors
University of Tokyo, Japan
17 Apr 2007
E-skins and power sheets using printed organic transistors and printed MEMS switches
University of Tokyo, Japan
29 Mar 2007
Printed Electronics - the Giants Get Involved
Printed electronics often involves simple things such as printed conductive patterns to counter the pollution, unreliability, bulk, weight and cost of wires, solder and etched patterns. Most commonly, printed electronics will be used where traditional technology is simply not a feasible solution, such as wallpaper that generates power and doubles as a television and lighting or electronic anti-counterfeiting on 100 billion cigarette packets yearly, giving traceability at a cost of only 0.1 cents per package.1 Mar 2007
Printed Electronics vs Silicon
Although the capabilities of complex silicon chips increase at a rapid pace, there is little or no reduction in cost of the simplest silicon chips. How does printed electronics fit in?12 Feb 2007
Printed Electronics - On Track to a Major Industry
Progress with printed and thin film electronics.2004
6 Dec 2004
Organic flexible picture scanner
