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    Dr. J. David Musgraves and Dr. Kathleen Richardson have contributed to a recently published article in Nature Photonics entitled, “Integrated flexible chalcogenide glass photonic devices.” ┬áThe co-authors include colleagues at University of Delaware, University of Texas at Austin, and University of Central Florida.

    Photonic integration on thin flexible plastic substrates is important for emerging applications in environmental monitoring. The potential uses range from the realization of flexible interconnects to conformal sensors applied to the skin. These flexible photonic devices can be mechanically deformed (bent, folded, rolled, twisted, stretched or compressed) without compromising their optical performance. The article describes a fabrication route for three-dimensional high-index-contrast photonics that are difficult to create using traditional methods.

    source: University of Delaware

    image: University of Delaware

    Nature Photonics is a peer-reviewed scientific journal published by the Nature Publishing Group. The journal covers research related to optoelectronics, laser science, imaging, communications, and other aspects of photonics. Nature Photonics publishes review articles, research papers, News and Views pieces, and research highlights summarizing the latest scientific findings in optoelectronics. This is complemented by a mix of articles dedicated to the business side of the industry covering areas such as technology commercialization and market analysis. Research scientists are the primary audience for the journal, but summaries and accompanying articles are intended to make many of the most important papers understandable to scientists in other fields and the educated general public.

    About the Author
    IRradiance Glass, Inc. (IRG) is a manufacturing, research and product development company, specifically focused on the compositional design and hot forming of chalcogenide glasses.