The European Academy of Sciences proudly celebrates Prof. Claudia Felser, Fellow of the Materials Science Division and former member of its Scientific Committee, on being named the European laureate of the 2025 L’Oréal-UNESCO For Women in Science International Awards.
Announced on 16 May 2025, this prestigious award honours five exceptional researchers, each representing a major world region, for their groundbreaking contributions to science and their commitment to fostering inclusivity within the scientific community.
Pioneering Contributions to Quantum Materials
Prof. Felser, Director at the Max Planck Institute for Chemical Physics of Solids in Dresden, Germany, is recognised for her innovative work at the intersection of physics, chemistry, and materials science. Her research has led to the discovery and development of new magnetic materials with significant potential for future green energy technologies. Notably, her visionary approach has established the field of “topological quantum chemistry,” bridging fundamental science with practical applications in data storage and sustainable energy. UNESCO+1Vanguard News+1
In an interview featured in the official press kit, Prof. Felser reflects on her scientific journey:
“I was always fascinated by how the properties of materials can be tailored by their composition and structure. This curiosity drove me to explore the quantum mechanical aspects of materials, leading to the discovery of novel phases with unique electronic properties.”
She also emphasises the importance of mentorship and diversity in science:
“Mentoring young scientists, especially women, has been a rewarding part of my career. Diversity brings different perspectives, which are crucial for innovation and progress in research.”UNESCO
Honoured by EurASc with the Blaise Pascal Medal
Prof. Claudia Felser was awarded the Blaise Pascal Medal in Materials Science by the European Academy of Sciences in 2022, in recognition of her pioneering contributions to the design and realisation of novel quantum materials, with significant impact on quantum and energy conversion technologies.
Her work has driven fundamental breakthroughs in condensed matter and materials science, through a comprehensive research programme that spans from theoretical prediction of topological phenomena, to the synthesis of new materials, and their experimental validation. This integrated approach has placed her at the forefront of innovation in the field.
🔗 Access the official press kit and full announcement:
UNESCO Press Kit – Women in Science International Awards 2025
📸 This article includes text and image content based on the official press kit provided by UNESCO and the L’Oréal Foundation, 2025.