Der Tübinger Neubau erhält die Anerkennung der Jury in der Kategorie „Bauen für Bildung und Forschung“
Der Staatspreis ist der Preis für Innovation und Nachhaltigkeit des Landes im Planungs- und Bauwesen.
Our former postdoctoral researcher Maria Wirzberger has just taken on her new position as Tenure Track Assistant Professor with a focus on teaching and learning with intelligent systems at the University of Stuttgart.
"Resource-rational analysis: Understanding human cognition as the optimal use of limited computational resources" now fully published!
Congratulations! Behavioral and Brain Science Journal has fully published our article "Resource-rational analysis: Understanding human cognition as the optimal use of limited computational resources"!
Adrian is supporting the Rationality Enhancement Group as a student assistant. He will be working on the ACTrain-Project; which is a personalized companion for enhancing executive functions based on adaptive metacognitive feedback. Adrian will help develop the programming behind the scenes of the project.
Congratulations Victoria Amo on your successful conference submission!
Victoria's submission touches on her research on the growth mindset approach as being key for maintaining motivation and overcoming setbacks.
Vincent Kadiri, PhD student in the Micro Nano and Molecular Systems Lab, has been selected by the Lindau Meeting to participate in the 2020 Meeting of Nobel Laureates, which will be held in June.
The institute management takes the rapid spread of the Coronavirus very seriously and has decided to adopt precautionary measures to protect all employees and guests of the institute.
Light-fueled liquid crystal gels used to create robot inspired by aquatic invertebrates
Researchers at the Max Planck Institute for Intelligent Systems in Stuttgart in cooperation with Tampere University in Finland developed a gel-like robot inspired by sea slugs and snails they are able to steer with light. Much like the soft body of these aquatic invertebrates, the bioinspired robot is able to deform easily inside water when exposed to this energy source. Due to specifically aligned molecules of liquid crystal gels – its building material – and illumination of specific parts of the robot, it is able to crawl, walk, jump, and swim inside water. The scientists see their research project as an inspiration for other roboticists who struggle to design untethered soft robots that are able to move freely in a fluidic environment. Such inventions could one day play a pivotal role in the research field of minimally-invasive robotic medical applications.