Our modern age has become accustomed to regular improvements in information technology, says Slava Rotkin from Lehigh University, but these advances do not come without a cost.
Take the laptop, for example. Its compon...
Also called Plastic Electronics, Organic electronic deals with organic polymers or plastics that are conductive in nature. These polymers are called 'organic', as they are made from carbon-based molecules. This i...
Brewer Science was honored at the Printed Electronics Europe 2009 Conference with the IDTechEX Academic R&D Award for printed carbon nanotube transistors. Brewer Science, a leader in the manufacture of high-purity, s...
A new gasket solution from 3M combines an exceptionally conductive pad with a double-sided adhesive that is repositionable. The new 7810 series of 3M Electrically Conductive Acrylic Pads (eCAP) offers cohesive strength, ...
A collaboration between researchers at the University of Surrey's Advanced Technology Institute (ATI) and the School of Physics at Trinity College Dublin have discovered that you can produce a composite of carbon nan...
Enhancing productivity and simplifying processing are primary concerns of
industrial manufacturing companies in our extremely competitive business climate.
In order to facilitate the achievements of these crucial goals Master
Bond has extended much effort in research and development, and we are proud
to announce the formulation of a new adhesive/sealant, impregnant and liner
called EP19HT.
Single Layer Graphene Oxide available from Cheap
Tubes are suitable for a wide variety of applications including electronics,
solar, communications, and many other applications.
Discarded personal computers, cellular phones,
televisions, medical equipment, and control instruments contain hazardous materials
and become e-waste. Disposal of those materials has now become a focal point
for both governments and the general public.
IMEC, the Belgian nanoelectronics
research institute, has announced that it has begun expanding its Leuven campus
facilities, starting with 2,800 square-meters of research labs and including
the extension of its state-of-the-art clean room. With this extension, IMEC
will expand its research on sub-32nm CMOS, low-cost and high-efficiency solar
cells, and biomedical electronics.
A new study of silver niobate not only opens the door to engineering improved
electronic components for smaller, higher performance wireless devices, but
also serves as an example of understanding how subtle nanoscale features of
a material can give rise to major changes in its physical properties.
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