Identifying the frontiers of science for the development of complex, adaptive material systems was the key focus of the five-day Kármán Conference ‘From molecular materials to complex adaptive systems’, which took place in Kasteel Vaalsbroek (Vaals /NL) last week. Being jointly organized by DWI – Leibniz Institute for Interactive Materials, RWTH Aachen University and the Max Planck Institute for Intelligent Systems (Stuttgart), the conference comprised a series of lectures given by international pioneers in this highly active field of research. Representing the Max Planck Institute for Intelligent Systems (Stuttgart), Metin Sitti, Laura Na Liu, Peer Fischer and Heike Böhm have been involved as speakers.
Ali Osman Ulusoy, Andreas Geiger and Michael Black receive the Best Paper Award at this years 3D Vision Conference for their paper "Towards Probabilistic Volumetric Reconstruction using Ray Potentials".
Andreas Geiger receiving the GCPR 2015 Best Paper Award from Reinhard Koch (president of DAGM) and Bastian Leibe (general chair of GCPR 2015) for their paper "Joint 3D Object and Layout Inference from a single RGB-D Image".
A tiny gold rod walks across a surface guided by DNA and can be tracked step by step
Nanotechnology is taking its first steps. Researchers from the Max Planck Institute for Intelligent Systems in Stuttgart have developed a gold nanocylinder equipped with discrete DNA strands as ‘feet’ that can walk across a DNA origami platform. They are able to trace the movements of the nanowalker, which is smaller than the optical resolution limit, by exciting plasmons in the gold nanocylinder. Plasmons are collective oscillations of numerous electrons. The excitation changes the ray of light, thus allowing the researchers to actually observe the nanowalker. Their main objective is to use such mobile plasmonic nanoobjects to study how miniscule particles interact with light.
It’s a typical afternoon at the zoo, and you find yourself looking at the exhibits of reptiles and amphibians in miniature imitations of wild and exotic habitats. At one of the displays you notice a gecko crawling on a window with superhero ease.
Researchers at the Max Planck Institute for Intelligent Systems unveil the world’s first high-resolution 4D body scanner and software to model detailed soft-tissue motion.
Everybody jiggles” according Dr. Michael Black, Director at the Max Planck Institute for Intelligent Systems (MPI-IS) in Tübingen, Germany. We may not like it, but how we jiggle says a lot about who we are. Our soft tissue (otherwise known as fat and muscle) deforms, wobbles, waves, and bounces as we move. These motions may provide clues about our risk for cardiovascular disease and diabetes. They also make us look real. Digital characters either lack natural soft-tissue motion or require time-consuming animation to make them believable. Now researchers at MPI-IS have captured people and how they jiggle in exacting detail and have created realistic 3D avatars that bring natural body motions to digital characters.
MLSS 2015 Tübingen
The 4th MLSS at Tübingen welcomes more than 110 participants, bringing together 35 nationalities from 19 different countries.
The Science2Start programme is geared towards scientists interested in founding start-ups and helps putting their business ideas in the field of life sciences into practice.
Detection of new or rapidly evolving melanocytic lesions is crucial for early diagnosis and treatment of melanoma.