Antoni Forner-Cuenca, working in the Department of Chemical Engineering and Chemistry at TU/e, has won the KNAW Early Career Award 2024. This award is presented annually to young scientists conducting innovative and original research. Forner-Cuenca is being recognized for his work in the field of electrochemical energy storage and conversion, with a strong focus on developing new functional materials.

Porous electrodes

One of the breakthroughs in his research is the development of special porous electrodes. These materials, which conduct electricity, have tiny pores that make chemical reactions more efficient. Forner-Cuenca has developed an innovative technique to produce these electrodes, something that was previously impossible.

His research combines fundamental scientific knowledge with applications aimed at improving energy storage and conversion systems. His work could contribute to the development of sustainable solutions for global energy challenges.

Forner-Cuenca was pleasantly surprised to receive the award. “In science, we live with constant rejection and criticism, so it feels very nice when our work is appreciated and made visible to the general public. I also see this award as recognition of the work we do in my research group, as well as the excellent contributions of past and present members.”

Tangible societal impact

The KNAW Early Career Award is presented annually to scientists from various disciplines. With this recognition, the KNAW aims to support and encourage scientific talent. In addition to the €15,000 cash prize, the winner receives an artwork and the freedom to use the award as they see fit to further develop their research.

Forner-Cuenca plans to use the prize to explore new research avenues or perhaps fund a short sabbatical to collaborate with another research group abroad and get inspired by new ideas. “This award gives us a bit more conceptual freedom to invest in exploratory research or to visit another research group and gain new insights,” he says.

Looking forward, Forner-Cuenca Forner-Cuenca feels hopeful that his laboratory's discoveries will have a tangible societal impact. “We aim to develop fundamental knowledge on electrochemical materials and systems that can help accelerate the energy transition. My ultimate dream is that the technologies and concepts we develop in the laboratory will be applied in real-world systems, whether it’s a new material in a battery or a process used in industry.”