Kim Kisslinger, seen here with a focused-ion beam instrument, reduced the InGaN samples to a thickness of just 20 nanometers to prepare them for electron microscopy. From the high-resolution glow of flat screen televisions to light bulbs ...
Tags: Atomic-Scale, LED
Scientists from the Niels Bohr Institut in Denmark and the Ecole Polytechnique Fédérale de Lausanne (EPFL) in Switzerland have shown that a single core–shell p–i–n junction gallium arsenide (GaAs) nanowire ...
Tags: Solar Cell, GaAs
A few of these commercial pre-shrunk nano-capillaries have had their end diameter reduced to a few nanometers, from an original 200 nm, thanks to an electron microscope at EPFL's Center for MicroNanotechnology. Credit: Alain Herzog / EPFL. ...
Tags: glass, glass industry, glass market
The UK manufacturing and sales divisions of Carl Zeiss have cemented their roots in Cambridge with an expansion of their existing production site and the construction of new application laboratories, sales and service offices and customer ...
Tags: electron microscope, Electrical, Electronics
i It’s debatable, but perhaps fireflies might have been the inspiration Edison used to create the light bulb. Nevertheless, fireflies have not only fascinated admirers at night, but scientists as well. Recently, science has used the ...
Tags: fireflies, light, LED output, LEDs
Researchers in Korea have been studying how to improve graphene transparent conducting layers(TCLs)using gold nanoparticle(Au-NP)decoration.The team was variously associated with Gwangju Institute of Science and Technology,Korea Basic ...