Wallenberg Initiative Materials Science for Sustainability

Making steel the traditional way pushes a lot of carbon dioxide into the atmosphere—about 8% of all global energy-related emissions, according to the International Energy Agency (IEA). But there’s a greener way forward.

Picture taken by Smoltek Hydrogen.

A notable ensemble of WISE expertise—including Vladislav Borisov (WISE-affiliated researcher, Uppsala University), Prof. Mikhail I. Katsnelson (Radboud University, WISE Guest Professor), Prof. Konstantin Novoselov (National University of Singapore, member of WISE’s International Scientific Advisory Board), Prof. Olle Eriksson (Uppsala University, WISE co-director), and collaborators—uncovered a novel form of magnetic order in 2D materials.

Chalmers University of Technology has officially inaugurated a new high-end research infrastructure to support Sweden’s transition to sustainable materials, as part of the national WISE initiative.

The hazardous materials within e-waste can pose severe environmental and health risks if not managed properly. To pave the way for a sustainable future, we need to embrace cutting-edge technologies and innovative approaches.

Picture taken by Mycronic.

Lennart Bergström, WISE-affiliated Professor of Materials Chemistry at Stockholm University, has been awarded the 2025 Staudinger-Durrer Prize by ETH Zurich.

Luleå University of Technology has unveiled one of Northern Europe’s most advanced laboratories, dedicated to the sustainable materials of the future.

Picture taken by Luleå University of Technology.

The fifth seminar in the series: Machine Learning meets Materials Science is coming up on May 8th. Don’t miss this opportunity to gain fresh perspectives, learn foundational AI concepts, and connect with leading minds in materials science and machine learning.

Five large collaborative research projects joining AI and material science have been approved funding. Together, the projects receive 100 MSEK.

“Even after undergoing multiple cycles of degradation and recycling, the recovered devices work just as well and last as long as new ones. This approach is also great for the environment and saves money — it uses 96.6% fewer resources and reduces cancer-related health risks by 68.8%”, says Prof. Feng Gao from Linköping University.

Join us for a WIRA-SuPRA event, Polymer R&D in Sweden.