The Institute comprises several central units, including reactor operation, radiation protection and dosimetry, applied quantum-, atomic physics and quantum optics, nuclear physics and nuclear particle physics, neutron and quantum physics, radiation physics, low temperature physics and superconductivity. The radiation physics includes medical radiation physics, space dosimetry and life science related to deep space exploration.
Our emphasis in space technology is found in the development and testing of dosimetric systems, performing space dosimetry, evaluate and simulate the radiation environment inside space craft, including the human body. We are also studying DNA damage caused by GCR and SPE.
Employees | 50 - 250 |
Turnover | 1 - 5M€ |
Export quota space | |
Research | Development | Production | |
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Applied Research: Spacecraft |
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Applied Research: Launchers and Manned Flight | |||
Applied Research: Ground Segment | |||
Applied Research: Instruments and Payloads |
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Applied Research: Satellite-based Services | |||
Basic Research for Space Technology |
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Exploration | |||
Microgravity | |||
Simulation | |||
Other Experimental Research |
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