Spotlight
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Spotlight-SolarDrone (NTU), Allowing Drones to Explore Unexplored Frontiers Launches at CES 2018
SolarDrone, established from the laboratory of National Taiwan University, teamed up with experts in photovoltaic and UAV technologies to tackle the enduring problem of drone flight time. The product will be showcased at CES2018 Eureka Startup Marketplace (booth#52105), where some of the newest technology trends are featured.
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Spotlight-Nature Photonics
A high-speed underwater optical communications link that operates at a data rate of 4.8 Gbits s−1 over a distance of 5.4 m has been demonstrated by scientists in Saudi Arabia and Taiwan. The link is the result of work by Hassan Oubei and co-workers from King Abdullah University of Science and Technology (KAUST), National Taiwan University and National Chiao Tung University.
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Spotlight-Cleaner Graphene Offers Better Device Performance
To transfer a thin sheet of graphene (yellow honeycomb) to a device being built, researchers first lower a sheet of graphene grown on copper (top left) into a petri dish containing an etchant. A graphite holder keeps the graphene in place. After etching away the copper, the researchers replace the etchant ...
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Cleaner Graphene Offers Better Device Performance
Free Floating
To transfer a thin sheet of graphene (yellow honeycomb) to a device being built, researchers first lower a sheet of graphene grown on copper (top left) into a petri dish containing an etchant. A graphite holder keeps the graphene in place. After etching away the copper, the researchers replace the etchant with solvent (light blue, bottom left) and slip the device (pink, “substrate”) under the floating graphene sheet (bottom right). Pumping away the solvent lowers the graphene onto the substrate (top right).
本所吳志毅教授研究團隊近期於ACS NANO 所發表的文章 (ACS Nano 2014, DOI: 10.1021/nn406170d)，提出了一個全新轉印石墨烯的方法，獲得 C & EN (Chemical & Engineering News)雜誌專訪，專訪文章放於該雜誌的News of the Week，網址如下: Cleaner Graphene Offers Better Device Performance