Science diversified: Cosmopolitan campus Date: 17 February 2021 Category: In the Media Media Source: nature Share on: Related Media Coverage In the Media Quantum Wave Unit's Graphene in The News! The Quantum Wave Unit reported a successful use of graphene films to drastically enhance the contrast and quality of Electron Microscopy images with low energy electron beams. In the Media An OIST Manganese-Based Catalyst In The News! The Coordination Chemistry and Catalysis Unit recently published a new catalyst for the hydrogenation of carbon dioxide (CO2) leading to chemicals useful in the industry (such as formic acid and formamide) and enabling energy storage technology. In the Media OIST Team Unveils Novel Sensor Nikhil Bhalla, Doojin Lee and Shivani Sathish from Professor Shen's Micro/Bio/Nanofluidics Unit have created a novel sensor capable of measuring both charge and mass of biomolecules that could help revolutionise healthcare dia In the Media Microfluidics Polymer Study In the News! The design of new microfluidic devices by the team in Prof. Shen's Micro/Bio/Nanofluidics Unit gathered international media attention! In the Media "Look for Something That You Can Really Get Into" (OIST-Shimpo Next Generation Education Project) As part of the OIST-Shimpo Next Generation Education Projects, OIST and Ryukyu Shimpo cohosted a lecture by Dr.
In the Media Quantum Wave Unit's Graphene in The News! The Quantum Wave Unit reported a successful use of graphene films to drastically enhance the contrast and quality of Electron Microscopy images with low energy electron beams.
In the Media An OIST Manganese-Based Catalyst In The News! The Coordination Chemistry and Catalysis Unit recently published a new catalyst for the hydrogenation of carbon dioxide (CO2) leading to chemicals useful in the industry (such as formic acid and formamide) and enabling energy storage technology.
In the Media OIST Team Unveils Novel Sensor Nikhil Bhalla, Doojin Lee and Shivani Sathish from Professor Shen's Micro/Bio/Nanofluidics Unit have created a novel sensor capable of measuring both charge and mass of biomolecules that could help revolutionise healthcare dia
In the Media Microfluidics Polymer Study In the News! The design of new microfluidic devices by the team in Prof. Shen's Micro/Bio/Nanofluidics Unit gathered international media attention!
In the Media "Look for Something That You Can Really Get Into" (OIST-Shimpo Next Generation Education Project) As part of the OIST-Shimpo Next Generation Education Projects, OIST and Ryukyu Shimpo cohosted a lecture by Dr.