News

Working at a university, developing and implementing an idea for a project, responding to challenges and gaining new insights: What exactly does this look like ? How does it work? What is research all about? Science Backstage, a new series of articles and multimedia reporting from the University of Konstanz , provides a rare, front-row seat for observing the everyday work of researchers.

Ivano Amelio, professor of systems toxicology at the University of Konstanz, to lead the European Cell Death Organisation

The SymbioLoop consortium, which includes researchers from Konstanz, receives millions in funding through the SPRIND Challenge for developing recyclable plastics from waste. Key groundwork for SymbioLoop was laid by the University of Konstanz's transfer project "Waste2DCA". As a spin-off, it will collaborate with the new large-scale research institution "Center for the Transformation of Chemistry (CTC)" in Germany.

Computer scientists from the Cluster of Excellence Collective Behaviour developed a model, that explains how collective scenarios such as diseases may proceed.

Our review of what we have accomplished in the year 2023 in the Centre for the Advanced Study of Collective Behaviour is published.

For the first time, CWTS has published a fully transparent edition of the internationally renowned Leiden Ranking, based on open data: the Leiden Ranking Open Edition. As previously in the regular editions, the University of Konstanz achieved top rankings in the categories "Open Access" and "International Collaboration".

The United Nations Declaration on the Rights of Indigenous Peoples was adopted by a large majority at the UN General Assembly in 2007. In a recent publication, Konstanz political scientist Fabian Bergmann examines why countries are still struggling to implement these rights effectively.

University of Konstanz Senate elects new vice rectors for the period until 2027.

Just as when we humans reach for objects, the hummingbird hawk moth uses its visual sense to place its long proboscis precisely on a flower to search for nectar, according to a study by Konstanz biologists. This is why the moth is a great model organism for research into the visual control of appendages.