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Nature Guides Materials Research at Chalmers

Chalmers University of Technology's 'Materials for Tomorrow' conference highlights nature-inspired materials that could address societal challenges and promote sustainability.

1 October 2026
Nature Guides Materials Research at Chalmers

Gothenburg, Sweden – Chalmers University of Technology is hosting the 'Materials for Tomorrow' conference, focusing on drawing inspiration from nature to develop advanced materials. The event brings together researchers from academia, industry, and government agencies to share the latest findings and foster collaborations in bio-inspired materials science.

The conference program features several notable speakers. Professor Michael Mayer is drawing inspiration from electric fish to design future energy solutions. Professor Sarah Heilshorn is developing biomaterials that mimic the body's own tissues, aiding in the understanding of disease mechanisms and the development of new therapies. Associate Professor Eleni Stavrinidou explores merging plants and electronics into living, photosynthetic materials, integrating nature directly into technology.

"This year’s theme highlights both imagination and creativity," says Leif Asp, Professor in Lightweight Composite Materials and Structures at Chalmers. "Multifunctional material solutions can reduce weight, improve energy efficiency in transport, and enable more sustainable systems. Inspiration from nature is central to developing the materials of the future."

Leif Asp emphasizes the role of bio-inspired materials in advancing sustainability. "Nature is phenomenal at producing materials with diverse properties – at room temperature, with low energy consumption and almost no waste," Asp states. He believes these materials are crucial for addressing societal challenges, such as developing lighter vehicles and aircraft, and improving resource efficiency.

The conference, which requires advance registration, offers a unique insight into global trends in bio-inspired materials science. Previously developed bio-inspired innovations, like Velcro (inspired by burrs) and self-cleaning surfaces (mimicking lotus leaves), demonstrate the field's potential for practical applications.

Original source: chalmers.se