More than 70 graduate students from across the country and Purdue University are on campus this week to learn about a new approach to 21st century electronic materials and devices.
A team of Purdue faculty and studen...
Neo Material Technologies (TSX: NEM) (the "Company" or "Neo") announced today that its Magnequench division has effectively completed the extension of its patent compliance program (the "Program&...
The Sensacell system is ideal for creating interactive brand experiences, combine the almost magical 'touchless' sensing capabilities with stunning color LED graphics and video, you then have the perfect platform for creating truly immersive interactive applications. Architects and designers love the flexibility of the Sensacell system because it plays well with so many architectural materials and can be elegantly integrated into floors, walls, stairs, elevators, kiosks and furniture.
The race is on for a successor to the popular ‘flash’ memory used in portable devices. European researchers think they have found a candidate in novel materials combined with a simple, easily fabricated ‘crossbar’ architecture.
NTT-AT launched a new antistatic fiberoptic cleaner, Neoclean-E.
While some involved in OLEDs and OTFTs and moving out of the business of printed and potentially printed electronics, work on inorganic materials and compounds is increasing, and is at least half of the effort on the top...
A Spanish research team headed by Jordi Riu and F. Xavier Rius at the University Rovira i Virgili in Tarragona has now developed a new technique to characterize bacteria. With a novel biosensor, they have been able to detect extremely low concentrations of the typhus-inducing Salmonella typhi.
Established manufacturers of LED watches are facing a new challenge from China wholesale LED watch manufacturers.
Following a successful first round of the “LED - Emotionalize your light” competition supported by OSRAM and Siemens, the three best lighting concepts have been chosen. In the second stage to follow, the design community will discuss and develop 10 of the 530 entries online.
It's commonly accepted that electrical resistance of a given material cannot be adjusted as is the case with, for example, density and color. However, Dr Meike Stöhr and her collaborators at the Paul Scherrer Institut (PSI) have now succeeded in developing a new method to selectively tune surface properties such as resistance.
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