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The lecture takes the audience on a brief journey through the chemistry of glass

The invisible radiation

Surfing Through the World of Technology

Dive into the fascinating world of bacteria! Discover lakes, oceans, garden soil, and plants from the perspective of tiny bacteria. With microscopes, games, and exciting experiments, you’ll experience hands-on research.

Do you want to build and solder something yourself and get your circuit up and running? Then come join us in the Department of Electrical Engineering and Information Technology!

What holds the world together at its very core? To use ores, water, and energy resources sustainably over the long term, we need to understand exactly that. What is the Earth made of, and how was it formed? What processes take place within and on its surface? How do we know this?

Technical Acoustics Laboratory

Invasive Japanese knotweed in the city park, hardworking wild bees on campus, rare butterflies in the garden next door—the nature around us is well documented if you know where to look. Come on by and become a data detective!

witelo and Imaginata are visiting JEDI to showcase their favorite experiments: Together with the JenaWirtschaft team and students from the Carl-Zeiss-Gymnasium, we invite you to experiment, marvel, and join in the fun.

How does taste develop? Fascinating experiments show how smell, sight, and taste work together to shape our perceptions and food choices. Relatable, surprising, and eye-opening—for more mindful eating.

Using a fluid-flow heart-and-vein model, we’ll show you how modern implants can repair heart defects without major surgery. The highlight: Step into the role of the clinician yourself and insert mini-umbrellas into 3D-printed heart models!

We provide fascinating insights into the latest research in pharmaceutical technology and show how innovative materials and manufacturing processes are helping to shape the medicine of tomorrow.

Measurement of Airborne Pollutants at the TLUBN Monitoring Station

Y-Space is a research project aimed at developing a UAV carrier platform capable of briefly generating true microgravity (≤ 0.1 g, up to 10 seconds, 3 kg payload). The goal is to create a mobile, cost-effective alternative to parabolic flights.