Press releases

Heiko Rieger from Saarland University is the seventh Fellow of the INM – Leibniz Institute for New Materials. The professor of theoretical physics will complement the biologically oriented work of the institute with theoretical aspects.

Results of collaboration of INM’s program divisions Dynamic Biomaterials and Interactive Surfaces with international partners on “Optoregulated force application to cellular receptors using molecular motors” published in Nature communications.

It is impossible to imagine the modern world without electronic sensors, and certainly not the automotive world. They increase the reliability of vehicles, enable new functions, and help reduce costs. To do this, they must be safe from manipulation – which is not always the case today.

All over the world, hydrogen is seen as a beacon of hope for the energy transition. But to produce it on an industrial scale, seawater is needed. However, its desalination has so far only been possible with the use of large amounts of energy. Energy experts Yuan Zhang and Volker Presser have found a way […]

Self-ventilating sportswear, self-healing concrete walls, bio-plastics that dissolve after use, or implants for the long-term and personalized delivery of drugs to the body are just a few examples of the application of so-called “living materials”. The Leibniz ScienceCampus “Living Therapeutic Materials” based in Saarbrücken is dedicating this four-day international conference “Engineered Living Materials” to the […]

The INM – Leibniz Institute for New Materials in Saarbrücken is a partner in the EU project I-Seed. The goal of the project is to develop intelligent plant seed-inspired soft robots that disperse on and in the soil to monitor soil and climate parameters.

The INM – Leibniz Institute for New Materials names Martin Müser as its sixth INM Fellow. The professor of materials simulation is the first materials scientist at Saarland University with whom INM is cooperating more closely in this way. He uses simulations to investigate how to improve adhesive structures.

Thousands of tons of space debris are currently orbiting the Earth, and the number is growing. Most of it is the remnants of completed space missions or decommissioned satellites. The dangerous thing about it is that even centimeter-sized pieces can cause immense damage in a collision with active satellites, spacecraft, and space stations.