COMISION NACIONAL DE ENERGIA ATOMICA

Their core work

CNEA is Argentina's national nuclear energy commission and one of Latin America's foremost research centres in nuclear science, materials physics, and nanotechnology. Within H2020, they contribute deep expertise in magnetic nanostructures, nanomaterials synthesis, and computational modelling (density functional theory), primarily through researcher exchange programmes that connect Argentine scientists with European labs. Their work spans from fundamental nanomagnetism research to applied topics like biomedical diagnostics, CO2 capture materials, and nuclear reactor safety analysis.

What they specialise in

How they've shifted over time

In 2015-2017, CNEA's H2020 involvement centred on fundamental nanomaterials science: magnetic nanostructures, oxide-based spintronics, drug delivery systems, and CO2 capture materials. From 2018 onward, their portfolio diversified significantly into applied domains — air quality forecasting (PAPILA), nuclear reactor safety for small modular reactors (McSAFER), and CO2 geological storage (DISCO2 STORE) — while maintaining their nanomaterials core through projects on nanozymes and magneto-thermal sensors. The trajectory shows an organization broadening from pure materials physics toward energy, environment, and health applications of their core competencies.

CNEA is evolving from a fundamental nanoscience contributor toward applied research in nuclear safety, carbon storage, and environmental monitoring — expect growing interest in energy transition and climate-related collaborations.

How they like to work

CNEA operates almost exclusively as a third-party partner in MSCA-RISE staff exchange projects (8 of 9 projects), reflecting their status as a non-EU associated country institution. They do not lead consortia but serve as a valued exchange destination, contributing specialised experimental and computational capabilities to European-led networks. With 83 unique consortium partners across 30 countries, they maintain an exceptionally broad network relative to their project count, making them a well-connected gateway to Latin American research capacity.

Despite being based in Argentina, CNEA has collaborated with 83 distinct partners across 30 countries through their MSCA-RISE exchanges, giving them one of the broadest international networks among non-EU research centres in the H2020 programme. Their connections span Western Europe, Latin America, and beyond.

What sets them apart

CNEA is one of very few Latin American national laboratories with sustained, multi-project engagement in Horizon 2020, offering European consortia a direct bridge to Argentina's substantial nuclear and materials science infrastructure. Their combination of experimental nanomaterials fabrication with strong computational modelling (DFT, atomistic simulation) makes them a dual-capability partner. For consortium builders, they offer access to a top-tier non-EU research institution with proven reliability across nine separate European collaborations.

Highlights from their portfolio

• McSAFER
  CNEA's only project as a direct participant (not third party), focused on small modular reactor safety — aligning with Argentina's active SMR development programme and CNEA's nuclear mandate.
• MAGNAMED
  Best represents CNEA's core strength: magnetic nanostructures applied to cancer diagnostics, combining their nanomagnetism expertise with biomedical applications across a 6-year collaboration.
• DISCO2 STORE
  Extends CNEA's capabilities into geophysics and CO2 storage — an unexpected but strategic pivot for a nuclear energy commission toward carbon management.