Nanosolar 'prints' first flexible solar cells
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Closely watched start-up Nanosolar ships its first thin-film solar panels on schedule with printing manufacturing process.
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A new jacket with built-in solar modules can charge the batteries of mobile devices while on the go.
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A new process gives plastics electronics researchers the best of both worlds -- electrical performance and processability
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Wearable solar panels that could charge mobile phones, music players or light batteries are likely to go on sale within three years, according to New Scientist magazine.
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Developments in silicon carbide wafers may lead to a new world of fast, robust electronics.
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Nanoparticles can be activated by radio frequencies.
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Researchers have made analog electronics out of carbon nanotubes.
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Upstart NRG Dock shows off a general-purpose solar panel and battery to power electronics.
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A University of Idaho professor is devising a new form of solar cell she says could lead to a breakthrough that would make solar energy commercially feasible.
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Seeking efficient solar cells Researchers in Australia have developed technology that could pave the way for highly efficient solar cells.â¦
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Researchers have harnessed the light harvesting molecules of spinach and bacteria to make solar cells that could one day be sprayed on many surfaces.
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Sheets of graphite only a few atoms thick could lead to ultrafast computer chips.
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SDE BOKER, Israel  - Reflective dishes may be the answer to make solar energy competitive with conventional sources of power, Israeli scientists say.
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Combining a chemical chain reaction with the precise positioning of an atomic microscope opens a route to molecular electronics and nanostructures.
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Specialist in nanomaterial manufacturing will use its process to develop silicon cells.
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New publications, experiments and breakthroughs in nanotechnology--and what they mean.
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In an advance that could lead to lighter spacecraft and smarter cars, researchers have developed a new technique for producing a high-quality semiconductor that's much more resistant to extreme conditions than the silicon found in most of today's electronics.    Devices built with the rugged material would not require cooling and other protections that add size, weight and cost to traditional silicon electronics in power systems, jet engines, rockets, wireless transmitters and other equipment exposed to harsh environments...