The Cyber Valley research group leader has taken on the “Data Science in Mechanical Engineering” chair
Participants from 39 countries on five continents are attending the online event.
With lectures, round table discussions, and social events, several of the world's top machine learning scientists are interacting with promising young researchers at the Machine Learning Summer School
With the help of magnetic fields, the bots might one day navigate the circulatory system to target tumors
Drug-carrying microrobots offer a way to deliver treatments straight to where they are needed, such as tumors deep within the body. But most bots designed in labs have so far been limited to easy-to-reach targets such as the gut. Now, researchers have developed drug-delivering “microrollers” that can move against blood flow (Sci. Robot. 2020, DOI: 10.1126/scirobotics.aba5726). With the help of a magnetic field, these two-faced particles might one day navigate our circulatory system to deliver treatments to tumors. The microrollers are coated on one side with magnetic materials and on the other with antibodies specific to cancer cells. These antibodies would help the particles selectively bind to tumors in the body, where they could release their payload. This targeted approach could minimize exposure of healthy cells to cancer drugs, reducing side effects.
...if the centre were to be absorbed into something bigger, says ETH Professor Thomas Hofmann. The Max Planck ETH Center for Learning Systems (CLS) is the first joint research centre between ETH Zurich and the German Max Planck Society (MPG). In May 2020, it celebrated its fifth anniversary and was extended for another five years. In this interview, the centre’s co-director Hofmann takes stock, looks to the future and explains why the topic of artificial intelligence requires thinking beyond national borders.
This year's lecture is being held online on June 23
The world-leading scientist in the field of deep learning will discuss how machine learning could be used in combination with contact tracing to mitigate the spread of COVID-19
With Video Inference for Body Pose and Shape Estimation (VIBE), scientists at the Max Planck Institute for Intelligent Systems have developed a neural network that makes video-based 3D motion capture more accurate, faster, and less expensive.
Black, a Director at the Max Planck Institute for Intelligent Systems (MPI-IS), has been awarded the Longuet-Higgins Prize.
The award honors research that has made a significant impact in the research field of computer vision.
Solo 8 is a new research robot, developed as an open-source project in the German cities of Tübingen and Stuttgart. The dog-resembling, torque-controlled quadruped is capable of very dynamic movements. It is made entirely of 3D printed parts and off-the-shelf components, which makes it an easy to replicate platform ideal for fundamental research in legged locomotion and robotic education. The project aims to provide robotic research labs around the world with an easy-to-assemble legged robot kit that doesn’t break the bank. Additionally, software on Solo 8 is constantly improved and publicly available on GitHub. In return, the scientists of the Max Planck Institute for Intelligent Systems hope to exchange insights with other teams. Running experiments on the same platform creates comparative data – an ideal foundation for rapid progress in the research field of robotics.
Felix Grimminger Avadesh Meduri Majid Khadiv Julian Viereck Manuel Wüthrich Maximilien Naveau Vincent Berenz Steve Heim Felix Widmaier Jonathan Fiene Alexander Badri-Sprowitz Ludovic Righetti Linda Behringer
Researchers study morphological intelligence encoded into the physical system of animals
The community of researchers developing robot-models that are designed according to the morphological intelligence of animals is growing steadily. Roboticists at the Max Planck Institute for Intelligent Systems and Harvard University study a swimming soft robot and its wave-like propulsion under water. From their findings about the parameters which influence the thrust force of the robot, they then draw conclusions about the complex locomotion of fish.