Elephants & Butterflies

Chance influences many processes in the real world, such as changes in daily temperatures. Tobias Hurth is working on the mathematical theory needed to make chance manageable.

Tackling climate change calls for effective policy measures. Climate and environmental economist Moritz Schwarz develops econometric models that calculate the effectiveness of climate policies and their economic and social impacts.

Infectious diseases can overwhelm health systems. Stefan Flasche uses mathematical models to predict their spread and work out the best vaccination strategies. 

Poetry never comes into being in a vacuum. It is woven into what precedes it. Literary scholar and translator Karen Leeder lays bare the temporal layers inscribed in contemporary German poetry.

Our choices depend on our options. Psychologist Eric Johnson looks at how the design of choices can push us towards decisions that are either good or bad for us. One of his aims is to improve labels that disclose information to motivate sustainable behavior.

Traffic doesn’t have to be chaotic. Mathematician Martin Skutella develops algorithms for faster and more efficient optimization of road traffic and other dynamic networks. This benefits both mathematics and transportation planning.

Biochemist Rudolf Zechner and his team have discovered an enzyme that is a key factor in the breakdown of lipid (triglycerides) in fat cells. In Berlin, he has taken on the task of deactivating this enzyme in order to fight cardiac insufficiency and heart failure.

Halogens important for a wide range of applications, but they can be highly toxic and harmful to the climate. Chemist Sebastian Hasenstab-Riedel tries to minimize their negative sides.

Scientists are much more than brains on sticks. They are as diverse as society. Sociologist Kathrin Zippel looks at how gender is dealt with in academia and how women are fenced off in global science networks.

Homo sapiens’ are far from being a purely rational. Psychologist Elke Weber investigates how calculations, emotions, and social reasons play into human decision making. She uses the findings to design the decision architectures needed to face pressing challenges like climate change.  

During an acute stroke, if untreated, hundreds of millions of brain cells die because the blood flow carrying vital energy is interrupted. Alastair Buchan wants to understand what happens to the cells on the edge of the stroke’s core – and find new ways to bring them back from the penumbra into the light.