The Large Geometry-Secondary Ion Mass Spectrometry (LG-SIMS) laboratory in Karlsruhe provides cutting-edge technology required for the environmental sample analysis for nuclear safeguards and non-proliferation.
Romanian scientists are tracking the most elusive of particles, neutrons, to assist nuclear pioneers in developing better cancer treatments and saving energy with less waste.
Take the elevator down 225 meters deep underground where a low-level radioactivity laboratory helps us understand our natural archives for example.
The JRC’s in-house laser based systems enable nuclear safeguards inspectors to efficiently create maps of nuclear facilities to monitor changes over time.
The Directorate implements the Joint Research Centre's Euratom Research and Training Programme and the maintenance and dissemination of nuclear competences in Europe.
An innovative 3D scanner has been designed to inspect an unusual underground site - a nuclear waste storage facility in Finland.
EU scientists provide technical and scientific support for the development of tools used in the detection of illicit procurement activities.
EU scientists demonstrate how seized nuclear material is analysed by forensic methods, how inspectors are trained and how nuclear materials can be 'fingerprinted'.
About JRC Digital Media Hub
JRC Digital Media Hub helps you easily discover how the European Commission's Joint Research Centre (JRC) scientific research and advice are linked to our daily lives in the European Union.
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