Here you will find an overview of the projects we are currently funding. On average, about 250 projects are being funded. Smaller funding projects are sometimes not described individually.
256
ongoing projects
The Center for Applied Artificial Intelligence (ZAKI) at Ernst Abbe University connects actors from science, business and society. The aim is to advance artificial intelligence in these areas and, above all, to put it into practice.
An interdisciplinary team at the University of Tübingen is exploring principles for the safe use of AI systems in healthcare and developing guidelines for their certification.
Dr. Heiko Oertling, Professor of Chemistry, Food Chemistry and Food Analysis at Trier University of Applied Sciences, is researching how grinding and mortaring influences taste in food processing.
Among other things, chitin is the main component of the exoskeleton of spiders. Research is being conducted into chitin-based materials that can be chemically modified to make them fireproof, mold-resistant, robust and - unlike synthetic polymers - compostable.
The team at Furtwangen University is researching intelligent machine control in closed production cycles. The machine independently makes adjustments after each component and improves the quality of the manufactured parts.
The project aims to convert CO2 into valuable chemicals, such as raw materials for the chemical industry. To this end, an electro-biotechnological 200% reactor is being developed. In this reactor, a co-culture of two microorganisms will initially convert CO2 into methane and then into chemical products.
Two different assistance systems are being researched: Avatars and assistance robots. The aim is to enable seniors to communicate with remote relatives in their own homes as if they were there.
The FORUM communication and meeting center serves interdisciplinary exchange. With conference and meeting rooms, it is being built in downtown Jena.
In the OriDarmi project, methods are being developed to study the physiological processes in intestinal wall-like cell assemblies in order to better understand the influence of drugs, food components, microorganisms or disease-causing substances on the intestine.
OrthoKI is researching an orthotic fitting optimized with AI methods. The sensor-based splint attached to the foot is intended to optimize the therapy of patients with foot dorsiflexion whose ability to walk is limited.