Short description
The OptoCarDi project is focusing on the development of a new type of probe in which three different sensor systems are integrated. The aim is to enable minimally invasive diagnosis of tissue changes in myocardial inflammation.
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ongoing projects
The OptoCarDi project is focusing on the development of a new type of probe in which three different sensor systems are integrated. The aim is to enable minimally invasive diagnosis of tissue changes in myocardial inflammation.
The aim of the project is to develop and optimize a liquid injection system. This is to enable isothermal expansion and compression for use in compressors and engines, thus increasing their efficiency.
Can robots learn through observation? This is the question an interdisciplinary project team at the University of Freiburg is asking itself and researching new training methods for AI-based robots.
Dr. Gözde Kabay researches various biomedical fields including biosensors, biomaterials, theranostics and plasma technologies. She studied biomedical engineering in Turkey. After stations in Madison (USA) and Freiburg, she has been a postdoctoral researcher at KIT since 2021.
The Robotics Hub promotes education and training as well as "knowledge and technology transfer" in the field of robotics in the Upper Rhine region. This is to enable cross-border cooperation between research and industry.
Prof. Dr Alexander Breuer was appointed as Endowed Professor for Scalable Data and Computationally Intensive Analyses at the University of Jena starting winter semester 2020.
An interdisciplinary team is researching a solution for the treatment of presbyopia. By use of newly developed intraocular and contact lenses, the lost adaptation of the lens for distance and near is to be restored.
The SektorSim³ project analyzes the interactions between the heat, electricity and mobility sectors in archetypal neighborhoods. Different actors, such as public utilities, municipalities or the housing industry, are taken into account.
An interdisciplinary project team is developing a system to support surgeons during tumor removal. For this purpose, the intraoperative measurement of optical and mechanical properties is combined with an AI-supported real-time analysis.
Prof. Dr. Andreas Wirtz, assistant professor for manufacturing technology and virtual process design at Schmalkalden University of Applied Sciences, develops milling tools for the production of wear-resistant, highly smooth convex surfaces for tool and mold making.