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Stanford Researchers Develop Record-Breaking Thinner Solar Cells That Absorb More Light

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Stanford University, solar power, photovoltaic, solar wafers, thinnest photovoltaic wafer, renewable energy, clean tech, green technology, green design, sustainable design

Solar power research is a big deal. Scientists have been searching for a way to improve photovoltaic efficacy for years by developing new technologies – from giant solar concentrator arrays to satellites that beam power back to Earth. Now, Stanford University researchers have developed what they call the thinnest, most efficient photovoltaic wafers ever. Instead of increasing the size of the solar arrays, the researchers created solar wafers with a nano-sized structure that is 1,000 times thinner than any other commercially available thin-film solar cell absorbers.

Stanford University, solar power, photovoltaic, solar wafers, thinnest photovoltaic wafer, renewable energy, clean tech, green technology, green design, sustainable design An electron micrograph shows the cross-sectional view of the record-thin absorber layer created at Stanford. Shown here are three gold nanodots, each about 14-by-17 nanometers in size, coated with tin sulfide.


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