What will tomorrow’s energy supply look like—and what aspects of it are already a reality in Jena today? The City of Jena’s exhibition “ENERGY—WHAT MOVES US” provides answers to these and other questions about the energy transition.
Göschwitz: Our technology allows us to detect and pinpoint noises and dangerous behavior patterns in road traffic. Come see it in action on-site with our traffic safety experts.
The ELLIS Unit in Jena demonstrates how AI is used to investigate complex relationships in the environment, health, and technology: Why do ecosystems change? What do medical data reveal? How can energy and mobility systems be better planned?
Time
18:00 - 24:00 o'clock
Gebiet
Stadtzentrum
Organizer
Friedrich-Schiller-Universität JenaandInstitut für Informatik
Ants are social insects that live in colonies ranging from a dozen individuals to millions of workers. Discover the tiny world and the diversity of forms, shapes, and diets of these fascinating insects!
Why do corals, tonic water, and paper bills glow? Discover the fascinating world of fluorescence in the Fluorescence Lab—with exciting experiments, glowing natural substances, and applications in everyday life, technology, and modern research.
How do data and models help us make evidence-based decisions to protect the environment and public health? Using an interactive example, we’ll show what’s important when expanding monitoring networks to track environmental pollution more reliably.
Time
18:00 - 24:00 o'clock
Gebiet
Stadtzentrum
Organizer
Friedrich-Schiller-Universität JenaandInstitut für Geographie
Learn how general aviation is used as a flying weather observation network and how data science supports the maintenance and repair of aircraft engines through predictive maintenance.
Time
18:00 - 24:00 o'clock
Gebiet
Stadtzentrum
Organizer
Deutsches Zentrum für Luft- und Raumfahrt – DLR-Institut für Datenwissenschaften
In an era of rising antibiotic resistance, the rapid characterization of the bacteria causing the infection is becoming increasingly important. We demonstrate how new optical and spectroscopic methods can contribute to this effort.