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Development of graphene based THz and X-ray radiation detectors - parallel 2

Previous research has already demonstrated that graphene field effect transistors can be operated at incredibly high bandwidths, demonstrating 25+GHz with a theoretical limit of up to 500GHz for visible photodetection. Ultrafast photodetection has also been demonstrated on the 10s of femtosecond scale via the photothermoelectric effect for visible photodetection.

France

13-045-b

University of Leicester
Energetic Neutral Atom Imaging for Space Environment Monitoring

ENSEM investigates potential use of energetic neutral atoms (ENA) for space weather monitoring. ENAs are produced everywhere in the solar system due to the interaction between space plasma and ambient particles (neutrals and other plasma populations). Due to the neutrality, ENAs fly straight, keeping the information of the source plasma. Thus, ENAs are expected to visualize the plasma in a remote sensing manner.

Sweden

13-048

SWEDISH INST SPACE...
Application of the FAIR facility to space radiation research

The radiation environment in space has severely adverse effects on humans, electronics and materials. The most challenging part of the environment for our understanding of the effects are the highly charged highly energetic (HZE) particles. This study looks at the possibilities FAIR offers for space radiation research. There are two main parts: first the open issues and needed research in space radiation involving heavy ions of high energy and second the requirements a facility for this research should meet checked against the possibilities at FAIR.

Germany

13-S-02

Fraunhofer Gesellschaft

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