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701. Math in Motion  
Illustration zur Mathematik von Wasserwirbeln Mathematician Gary Froyland uses observational data and models of dynamic systems to understand the evolution of complex processes.  
702. Moody Nerve Cells  
Illustration menschliches Gehirn Are nerve cells self-willed? To better understand their information processing, Susanne Schreiber develops mathematical models and tracks down their biophysics.  
703. Ludovic Vallier grows liver tissue from stem cells  
Porträt Ludovic Vallier On 1 July 2022, Ludovic Vallier, an expert in pluripotent stem cells and organoids, will take up an Einstein Strategic Professorship for Stem Cells in Regenerative Therapies at the Berlin Institute…  
704. A Biological Computer  
Illustration zu Erinnerungen im Gehirn Cognitive neuroscientist Roberto Cabeza is tracking down memory in the brain, looking for the moment when new connections between stored information spark creativity.  
705. We Are Moral Creatures  
Illustration zur Wahrnehmung von Fairness Behavioral economist Bertil Tungodden is aiming to show how people perceive fairness in different ways, and how this influences their behavior.  
706. On Social Autopilot  
Illustration zu sozialem Verhalten How can we explain adequate behavior in social situations? Psychologist Marcel Brass uses behavioral experiments and neuroscientific methods to investigate social intelligence.  
707. The Elephant in the Room  
Illustration zum krebsverursachenden RAS-Gen als Elefant in einer Box The RAS gene is a mysterious protein, and causes canter. Oncologist Channing Der co-discovered it in the 1980s. With his arduous research, he has made a big contribution to better therapies.  
708. Crossing Lines  
Illustration zu der Macht von Grenzen Moral philosopher R. Jay Wallace takes a close look at the rules, norms and agreements which are fundamental to our social relationships and society as a whole.  
709. Atoms Moving Like Planets  
Illustration zur Bewegung von Atomen in Proteinen Physicist Cecilia Clementi uses statistical methods and AI to explain biological phenomena: for example, how the movement of atoms in proteins determines their function.  
710. A Tree Teeming with Life  
Illustration zu den molekularen Mechanismen der Photosynthese Photosynthesis is the most fundamental process of life. Microbiologist Robert Burnap is decoding its mechanisms to take them as a blueprint for artificial catalyst.  
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