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Tag: siliconLong-lived nuclear batteries powered by hydrogen isotopes are in testing for military applications. Nanowire anodes could let lithium-ion batteries run twice as long. Nanopatterns Improve Thin-Film Solar Cells Thin-film silicon solar cells are more efficient with tiny holes in the back electrical contact. IBM scientists are developing microchips for genome sequencing. An energy-efficient silicon device compresses light to make ultrafast signals. Longer-Running Electric-Car Batteries Silicon-nanotube electrodes may enable lithium-ion batteries to store 10 times more charge. Nano Ink Boost for Silicon Solar Inkjet-printed silicon increases solar-cell efficiency. Nanowire Advance for Lithium Batteries Electrodes made of carbon-silicon nanowires could boost the life and performance of lithium-ion batteries. Silicon Chip Spots Blood Proteins A microfluidic chip that integrates a light sensor detects blood proteins. Ink-Jet Printing for Cheaper Solar Cells A new printing method could cut costs and produce more-precise features. Efficient Thin-Film Solar Cells The first prototype cell to use photonic crystals looks promising. Realizing Lithium-Battery Potential Nanoporous silicon that soaks up ions without self-destructing can make better batteries. Making Graphene More Practical A novel process yields big pieces of single-ply graphene for smaller, faster electronics. Making Silicon Less Reflective A silicon coating could boost the efficiency of solar cells. A new type of silicon promises cheaper, more-sensitive light detectors. |
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