ERC report highlights frontier science that is driving Europe’s advanced materials future

Europe is making significant investments in advanced materials research, with the goal of bolstering its industrial competitiveness and accelerating its transition to greener, more digital economies. A new report from the European Research Council (ERC) details these efforts and their potential impact.

A Foundation for Future Innovation

Between 2014 and 2023, the ERC committed €2.37 billion to frontier research focused on advanced materials. This investment supported the analysis of 1,503 research projects spanning 29 countries. The report emphasizes that this funding prioritizes fundamental scientific discovery over immediate technological applications.

Societal Impact of Advanced Materials

Advanced materials are playing an increasingly critical role in addressing global challenges. The ERC-funded research aligns strongly with key priorities, including improvements in healthcare, clean energy technologies, advanced electronics, and sustainable construction. This focus reflects a growing need for materials that can enable faster computing, more effective medical devices, energy-efficient systems, and resilient infrastructure.

Did You Know? Publications resulting from ERC-funded advanced materials research are cited more than three times the global disciplinary average.

Strategic Alignment with EU Policies

The ERC’s research efforts are closely linked to broader EU policy initiatives, such as the European Green Deal, the European Chips Act, and the Competitive Compass. While ERC funding isn’t directly tied to specific policy targets, the report demonstrates how foundational scientific research naturally supports long-term industrial and regulatory goals. This approach aims to maintain Europe’s scientific leadership while building a foundation for future technological independence.

Key Materials Under Investigation

Research is particularly active in several key material classes expected to drive future innovation. These include compound semiconductors, polymers, nanomaterials, perovskites, quantum materials, and bio-integrated materials. This research is inherently interdisciplinary, drawing on expertise from materials science, physics, chemistry, engineering, and life sciences.

Expert Insight: By prioritizing early-stage discovery, the ERC is fostering a pipeline of knowledge that can be leveraged by both industry and policymakers, positioning Europe to capitalize on emerging technologies and maintain a competitive edge.

Demonstrated Research Excellence

The impact of ERC-funded research is evident in the high quality of its publications. Nearly 90% of publications linked to these projects appear in top-quartile journals, demonstrating the effectiveness of curiosity-driven funding in generating impactful, long-term, and relevant science. The report was released ahead of the anticipated adoption of the EU Advanced Materials Act, providing evidence of the value of discovery-led research.

Frequently Asked Questions

What is the primary focus of the ERC’s investment in advanced materials?

The ERC’s investment prioritizes fundamental, curiosity-driven research in advanced materials, rather than focusing on short-term technological outcomes.

Which sectors are benefiting most from this research?

ERC-funded research is strongly aligned with priorities in health (36.5%), advanced electronics (36.5%), and energy (19%).

How does this research support EU policy goals?

The research naturally feeds into long-term industrial and regulatory priorities, such as the European Green Deal, the European Chips Act, and the Competitive Compass, by creating a pipeline of knowledge for industry and policymakers.

As Europe continues to invest in advanced materials research, what role do you believe international collaboration will play in accelerating innovation and addressing global challenges?