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The Joint Research Centre: EU Science Hub

Science for a Europe fit for the digital age

How our research contributes to empower people with a new generation of technologies.

We have clustered our activities into 33 research portfolios supporting the 6 Commission priorities.

On this page you can explore JRC research that contribute to "A Europe fit for the digital age".

Main research portfolios contributing to a Europe fit for the digital age

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The artificial intelligence website of JRC, which presents the outputs of our activities in Trustworthy AI.

Our Centre for Advanced Studies (CAS) aims to enhance our capabilities to better understand and address complex and long-term societal challenges facing the EU.

ERNP describes the current status of the EU PNT assets and the emerging PNT technologies, known as EU PNT ecosystem. Check website for explanations, official documents and presentation downloads.

This report identifies the most relevant existing cybersecurity standards for each Cyber Resilience Act requirement, analyses the coverage already offered on the intended scope of the requirement, and highlights possible gaps to be addressed.

Identifying common indicators for measuring the environmental footprint of electronic communications networks (ECNs) for the provision of electronic communications services (ECSs)

A scientific approach to digital transformation of public governance, helping policy-makers address the challenges for the next decades

Natural and man-made disasters have significant impacts on society, the environment and economy. We monitor and assesses the risk of disasters such as droughts, floods, forest fires, earthquakes, tsunamis, cyclones and dispersion of radioactive gases

The JRC carries out studies on selected quantum technology topics, contributing to the extensive EU programme in this exciting field

The JRC supports the integration of new wireless services by carrying out research and measurement activities to test impact of emerging technologies on existing wireless infrastructures.

The Galileo Reference Antenna Pattern (GRAP) model, developed by JRC together with DG DEFIS and ESA, represents the Galileo FOC satellites expected antenna Equivalent Isotropic Radiated Power (EIRP) variation for all Galileo frequency bands