Press releases

How can undrinkable water be purified of salts and pollutants so that it becomes drinking water? Dr. Pattarachai Srimuk’s doctoral thesis researched electrochemical methods and materials that can remove large quantities of unwanted substances. For his outstanding doctoral thesis, the Leibniz Association awarded the young scientist the Leibniz Promotion Prize 2020

What do coal mining and electromobility have in common? At first glance: very little! Coal mining is a thing of the past and ended in Saarland in 2012. Electric cars are the future and gradually replace the current fleet of internal combustion vehicles. Yet, both are connected by lithium.

Given the more than two billion people worldwide who have no access to clean drinking water, the purification of salty or contaminated water is of global importance.

Volker Presser, head of the program division Energy Materials at INM – Leibniz Institute for New Materials in Saarbrücken and professor for Energy Materials at Saarland University, has achieved a breakthrough in the field of electrochemical water desalination with his research group.

The Scientific Director of INM – Leibniz Institute for New Materials and Professor for New Materials at Saarland University, Eduard Arzt, was elected as an International Member by the United States National Academy of Engineering. With this, Arzt receives one of the highest scientific awards in the USA.

Scientists from four continents will meet on February 12, 2020, on the campus of Saarland University for a three-day conference on a new approach to materials synthesis. They are focusing on so-called “living materials”, which open up completely new possibilities in medicine, but also in many other areas.

In January 2020, a new junior research group around Dr. Shrikrishnan Sankaran has started at INM. Under the title “Bioprogrammable Materials” it will exploit synthetic biology approaches to engineer novel functional materials with a focus on biomedical applications.

Immune cells are constantly on the move to intercept pathogens. In the skin, these are especially so-called dendritic cells, which move through the cell layers much faster than other body cells. How the cells do this exactly has not been investigated so far. Biophysicists led by Professor Franziska Lautenschläger have now discovered how the movement […]