Boston Micro Fabrication’s machines use a technology co-developed by MIT Professor Nicholas Fang to print millimeter-sized products with details at the micron scale. Credit: courtesy of BMF Technologies Professor Nicholas …
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Metallic microrobots (dark blue dots) colonize a jagged piece of microplastic under visible light, breaking down the plastic into smaller molecules. Credit: Adapted from ACS Applied Materials & Interfaces, DOI: …
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Co-authors Vinayak Dravid and Stephanie Ribet examine their phosphate elimination and recovery substrate. Credit: Northwestern University First used to soak up oil in water, new sponge sequesters excess phosphate from …
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MIT researchers have created the first fabric-fiber to have digital capabilities, ready to collect, store and analyze data using a neural network. Credit: Anna Gittelson. Photo by Roni Cnaani In …
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PhD student, Department of Chemistry and Chemical Engineering, Chalmers University of Technology, Sweden. Credit: Sandra Nayeri/Chalmers University of Technology Imagine sitting out in the sun, reading a digital screen as …
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The unwanted metallic SWCNTs deposited at the bottom of the solution, while the wanted semiconducting ones floated to the top. Credit: Haruka Omachi A new, cheaper method easily and effectively …
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Laser-illuminated nano-tip excites the acoustic graphene plasmon in the layer between the graphene and the gold/alumina. Credit: Professor Min Seok Jang / KAIST The first images of mid-infrared optical waves …
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Year after year, the explosive growth of computing power relies on manufacturers’ ability to fit more and more components into the same amount of space on a silicon chip. That …
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