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Smartphone cameras are tiny—and surprisingly powerful in terms of optical performance. This presentation will explain how their lenses are constructed, what their physical limitations are, and how current research could open up new applications for these pocket-sized cameras.

The typical path from the real problem via mathematical modeling to the resulting possible gain of new insights is presented using the example of a mathematical notation for juggling patterns.

The Friedrich Loeffler Institute introduces itself, its mission, and its activities.

An Overview of Today's Automotive Electronics

Why Tiny Particles Are Changing Medicine—and What Sunscreen, Pregnancy Tests, and Modern Cancer Treatments Have in Common.

The rapid expansion of renewable energy goes hand in hand with the continuous optimization and development of existing and new technologies. In this presentation, we will highlight current trends in the development of new, high-efficiency solar cells.

Meet our lab heroes Iris, Selma, Felix, and Spencer

Animal Health Quiz—a guessing game based on the format of a children's quiz show.

What happens when research takes place on stage instead of in academic journals? Our young scientists are proving it. Science can be surprising and truly exciting—with storytelling, passion, and a touch of theater.

How can a scratch in a car's paint be removed? The healing process we know from nature can also be applied to plastics.

Lecture on the rediscovery of Hittite culture and language (the oldest relative of German), with recitations of sample texts

Our presentation shows how laser technologies are used to create modern glass applications at SCHOTT

Identify critical events early, understand their causes, and proactively prevent plant downtime