You can simulate a race using just (lots of) LEDs. Two people compete against each other and try to "drive" their vehicle across the finish line first by pressing a button as quickly as possible.
Every body emits thermal radiation, which we make visible using an infrared camera. This helps answer questions such as: “Am I a ‘cold nose’ or a ‘warm nose’?” or “Where can a mouse hide from a snake?”
Medical imaging techniques are the product of various scientific subdisciplines. The fundamentals of these subdisciplines and their applications are presented through numerous interactive experiments on optics and machine learning.
Here, you can build your own AI to take with you and train it to become unbeatable in a logic game. Along the way, you'll learn about the basic principles of machine learning.
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.
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 are high-precision components made from modern materials? See firsthand how 5-axis CNC machines are used to manufacture complex free-form optical surfaces with the highest precision and to finish ceramic-printed watch components.