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At the Water s Edge: Self-Assembling 2D Materials at a Liquid–Liquid Interface

Molecular 2D materials find immense applications in materials science, owing to their wide structural variety and easy controllability.

Enhancing the Crystallinity of Coordination Nanosheets

An unexpected discovery could improve crystallinity of coordination nanosheets

An unexpected discovery could improve crystallinity of coordination nanosheets
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Unlocking Efficient Light-Energy Conversion With Stable Coordination Nanosheets

Unlocking Efficient Light-Energy Conversion With Stable Coordination Nanosheets
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Nanotechnology Now - Press Release: Unlocking efficient light-energy conversion with stable coordination nanosheets: Scientists design a high-performance, self-powered, UV photodetector using 2D nanosheets that show record photocurrent stability under air exposure

Our NanoNews Digest Sponsors Home > Press > Unlocking efficient light-energy conversion with stable coordination nanosheets: Scientists design a high-performance, self-powered, UV photodetector using 2D nanosheets that show record photocurrent stability under air exposure Scientists from Japan and Taiwan designed a nanosheet material using iron and benzenehexathiol that made for a high-performance self-powered UV photodetector with a record current stability after 60 days of air exposure. CREDIT Hiroshi Nishihara from Tokyo University of Science Abstract: Converting light to electricity effectively has been one of the persistent goals of scientists in the field of optoelectronics. While improving the conversion efficiency is a challenge, several other requirements also need to be met. For instance, the material must conduct electricity well, have a short response time to changes in input (light intensity), and, most importantly, be stable under long-term exposure.

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