Completed collaborative projects
- Hannover School for Nanotechnology: Interdisciplinary Approaches for Smallest Sensors
- SFB 653 "Intelligent components in the life cycle of hybrid high-performance components through tailored forming"
Website: www.sfb653.uni-hannover.de - LaPOF: Novel, polymeric laser sources based on plastic materials
- THG-Schicht: Highly efficient third harmonic generation in optical layer structures
- Tailored light
Website: www.tailored-light.uni-hannover.de - SafeMate - Introduction of safe and accepted collaboration between man and machine in assembly
Website: youse.de - Hybrid Numerical Optics
Planos SFB/TRR 123
Development of large-area, polymer-based sensor foils using exclusively optical measurement principles
PlanOS set itself the goal of developing a new generation of exclusively polymer-based optical films on which large-area optical sensors are integrated. By using light to measure variables such as temperature, strain or concentrations of chemical compounds, PlanOS films combine micro-optical components with manufacturing processes for large-area production. Our vision is to provide sensor technology that can be realised on an industrial scale on a large-area polymer film that is only 100 micrometres thick and flexible. A wide range of applications are conceivable: from the aerospace industry and the packaging sector to building monitoring and molecular analysis in the life sciences.
PlanOS was a Collaborative Research Centre (Transregio) funded by the German Research Foundation (DFG). The project partners came from Leibniz University Hannover, Albert-Ludwigs-Universität Freiburg, Laser Zentrum Hannover e.V., and the Technical Universities of Clausthal and Braunschweig.