Hundreds of ERC grants and RIA projects spanning nanoparticles, metamaterials, quantum dots, and polymer chemistry (e.g., EURO-SEQUENCES, NanoOsmDiode, NABBA)
CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE CNRS
France's largest multidisciplinary research organization, active across all sciences with 1,800+ H2020 projects and 6,000 consortium partners worldwide.
Their core work
CNRS is France's largest public research organization, operating across virtually every scientific discipline — from physics and chemistry to life sciences, engineering, and social sciences. With over 1,000 laboratories across France (most jointly run with universities), CNRS provides the research backbone for French and European science. In H2020, they served as both a prolific generator of fundamental discoveries (via ERC grants) and a key partner in applied research across energy, health, digital technologies, and environmental monitoring. Their scale and breadth make them a one-stop access point to French research talent in nearly any scientific domain.
What they specialise in
Major participation in atmospheric monitoring (MACC-III), ocean services (MyOcean FO), and climate adaptation projects, with 'climate change' and 'sustainability' among top keywords throughout H2020
Machine learning jumped from absent in early projects to the single most frequent keyword (16 occurrences) in recent projects, alongside neuromorphic computing and AI
Strong presence in research infrastructure projects with 'EOSC' and 'open science' appearing 8 times each in recent keywords, plus HPC and interoperability work
Participation in clinical trials (ADIPOA2), vaccine development (TBVAC2020), and growing genomics and imaging work — 'genomics' rose to 8 mentions in recent period
Microfluidics was a top early-period keyword (6 projects), combined with sensors and mass spectrometry expertise, reflecting CNRS strength in analytical instrumentation
How they've shifted over time
In the first half of H2020 (2014–2018), CNRS focused heavily on physical sciences and instrumentation — microfluidics, nanomaterials, structural biology, sensors, and simulation were the defining keywords. By the second half (2019–2023), a dramatic pivot emerged toward data-driven and digital science: machine learning became the top keyword, artificial intelligence appeared prominently, and open science/EOSC infrastructure became a major theme. Environmental and climate work remained constant throughout, but the tools shifted from monitoring and modelling toward AI-assisted analysis and genomics-based approaches.
CNRS is rapidly integrating machine learning and AI across its traditional scientific strengths, while simultaneously building European open science infrastructure — expect them to lead in AI-for-science collaborations.
How they like to work
CNRS operates as both a consortium leader and a sought-after partner: they coordinated 804 projects (43% of their portfolio) while participating in 762 more, showing they are equally comfortable leading and contributing. With 6,009 unique consortium partners across 123 countries, they function as a massive collaboration hub — one of the most connected organizations in all of H2020. Their 315 third-party participations also indicate that many CNRS labs join through affiliated universities, meaning their actual research footprint extends even beyond their direct project count.
CNRS has partnered with over 6,000 distinct organizations across 123 countries, making it one of the most connected research institutions in Europe. Their network spans virtually every EU member state and extends well into Asia, Africa, and the Americas through international cooperation projects.
What sets them apart
CNRS is not a single lab — it is an entire national research system with over 1,000 units covering every major scientific discipline. This means a single partnership with CNRS can unlock expertise ranging from quantum physics to agricultural genomics, from AI to marine biology. For consortium builders, CNRS offers unmatched scientific breadth, a proven track record managing EUR 1.19 billion in H2020 funding, and access to the largest academic collaboration network in Europe.
Highlights from their portfolio
- EUROfusionMassive multi-year fusion energy programme (2014–2022) where CNRS participated as third party, reflecting deep involvement in one of Europe's flagship energy research initiatives
- TBVAC2020EUR 1.7M contribution to tuberculosis vaccine development — one of CNRS's largest single-project health investments, showing capacity in translational medical research
- EURO-SEQUENCESCNRS-coordinated ERC project on precision polymer chemistry (EUR 789K), exemplifying their strength in fundamental materials science with industrial applications in next-generation materials