Sharp images from fuzzy concepts

laserpulseDevelopments in snapshot imaging and computational processing improve resolution at unprecedented frame rates. Read more at Physics Today…

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Making a Mark

Foba2.jpgNew regulations on unique device identifiers for medical equipment and implants are being phased in by the US Food and Drug Administration, including codes best marked with a laser. Read more in Laser Systems Europe in print (pg 38-41)and online…

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Plasma oxidation technique yields precise control over mixed metal oxide composition

TEM_imageMixed metal oxide alloys play an important role as substrates and catalysts for many energy conversion and storage applications. Until now, making multi-element solid solutions with precise compositions has eluded current synthesis techniques. Read more at Materials 360 Online…

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High-precision optics enable LIGO’s new view of the universe

ligo-optics-smThe first detection of a gravitational wave depended on large surfaces with excellent flatness, combined with low microroughness and the ability to mitigate environmental noise.  Read more at SPIE News…

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Directional freeze-casting method produces highly structured metal foams by ice-templating

Wfoams.jpgThe key to producing an anisotropic tungsten metal foam is starting with a non-metallic oxide powder, and reducing it to metal before densifying the final structure. Read more at Materials 360 Online…

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The Race for Renewables

EOmar16SolarNew solar harnessing materials along with novel production techniques are improving the efficiency of solar power. Read more in Electro Optics in print (pg 16-18)  and online…

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Tokyo Tech: Lotus Leaf-Inspired Metamaterial Absorbs Entire Visible Light Spectrum

201601_Cleantech_Tokyo2.jpgResearchers at the Tokyo Institute of Technology have used a lotus leaf as a template to fabricate a material that can absorb virtually the entire spectrum of visible light. Read more at Cleantech Concepts…

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NREL: SunStop Window Technology Ready for Market NREL: SunStop Window Technology Ready for Market

headline goes hereNREL has developed a new technology for smart windows, which entrepreneur Loren Burnett is commercialising through his company e-Chromic Technologies, Inc. Read more at Cleantech Concepts…

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The Emperor’s New Photonics Clothes

How wearable technologies for applications such as media, sports, logistics, and medicine are improving in terms of design and functionality.  Read more in Electro Optics (print, pg 20-22) and online…

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Indiana University: Using Bacteria to Produce Hydrogen Sustainably

201601_Cleantech_IU.jpgScientists at Indiana University (IU), Bloomington, have created a highly efficient biomaterial that catalyses hydrogen formation, by encapsulating bacterial genes within a self-assembled protective viral shell.  Read more at Cleantech Concepts…

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