Skip to main content

News from the University of Potsdam

Subjects
Selected Subject:
The image illustrates how in electron microscopy the electron beam interacts with a protein, providing detailed information about the protein's structure.

Tracking photosynthesis – Breakthrough in cryo-electron microscopy

High resolution cryo-electron microscopy enables to map and study the complex processes of photosynthesis in organisms in unprecedented detail. This …
First, distilled water is heated to 80°C in a six-liter glass reactor. The required chemicals, sulfuric acid (H2SO4) and water glass (Na2SiO3), are measured and prepared.

From the Lab to Industry – A visit to the innoFSPEC Transfer Lab

The Innovation Center innoFSPEC (innovative faseroptische Spektroskopie und Sensorik) was created as a joint venture of the University of Potsdam and …
Computer-generated illustration of a protein

How plants adjust their photosynthesis to changing light – Publication in “Nature Communications”

Light supplies the energy plants need to build up biomass. A research team from Bergen, Bochum, Düsseldorf, Münster and Potsdam headed by Heinrich …
Dr. Matthias Hartlieb im Interview

“Our Goal is to Develop an Alternative to Antibiotics” – Matthias Hartlieb and his team research synthetic polymers for biomedical applications

Dr. Matthias Hartlieb has declared war on antibiotic-resistant germs and, together with his colleagues, is researching how the properties of polymers …
The walk-in sample chamber from the "DynaTrait" project.

Diversity Provides Stability – In the Priority Program “DynaTrait”, biologists combine mathematical models, field studies, and laboratory experiments to explore how nature works

It is comfortably warm and bright in the climate chamber. At first glance, you don’t see that the numerous glass flasks filling the illuminated …
Behavioral experiment with wild rodents.

“We Recognize Animals as Individuals” – Researchers of the University of Potsdam investigate the personalities of wild animals

Jana Anja Eccard knows her mice well. For 27 years, she has been researching the behavior of small rodents in numerous experiments, both in the …
“The three phases of exceptional dynamics: (1) Predation on the unprotected bacteria by predators, (2) toxin formation as cooperative defence and recovery of the bacterial population, (3) filament formation as individual defence through evolution and stabilisation of densities”.

In the end, it’s the individual advantage that counts – Bacteria rely on cooperation and evolution in order to defend themselves against predatory protists

Eating and being eaten is a normal process in nature. These predator–prey dynamics help to stabilise ecosystems. It ensures that individual species do …
Prof. Henrike Müller-Werkmeister

Shorter than the blink of an eye – Prof. Henrike Müller-Werkmeister can watch molecules in action with ultrashort laser beams

 

The sun was one of the first objects to be studied spectroscopically. As early as the 19th century, the researchers Robert Bunsen and Gustav Robert …
Data collection with a field spectrometer

Understanding Tipping Points in Savannas – Ecologist Prof. Anja Linstädter Researches How Humans Affect the Development of African Savannas and Grassland

 

Since September 2020, Anja Linstädter has been Professor for Biodiversity Research and Systematic Botany at the University of Potsdam and Director of …
Prof. Dr. Katja Hanack (M.) und Anja Hönow (l.) im Interview

Cells with Special Demands – A new detection system for SARS-CoV-2 is being developed at the University of Potsdam

COVID-19 tests are an important tool in pandemic response. Antigen rapid tests provide a result in just a few minutes but are relatively inaccurate. …