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Have you ever wondered what your blood alcohol content is after drinking two bottles of beer? Are you still allowed to drive? And how long does it take for the alcohol to be metabolized? You'll find the answers here.

Scientists offer a glimpse into the Leibniz-IPHT laboratories to reveal how the smart supercomputers of the future will work and what quantum technologies have to do with this new form of intelligence.

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

Where is the Earth's climate headed? Can we—or must we—do something about climate change? This article explores the latest scientific findings and how our actions influence environmental conditions for future generations.

Cancer tumor edge detection with non-linear imaging biomedical probe

Everything happens for a reason, and that reason is usually physics. Have you ever wondered how a small, frail master manages to control opponents who are much larger and stronger? We'll provide the answer in our presentation.

“Dark lull”—that’s what they call it when both the sun and the wind take a break at the same time. We’ll discuss how to use electricity from renewable energy sources even under these conditions and what role redox-flow batteries can play in this.

How did the far-right scene in Jena give rise to a terrorist group that spent years murdering, robbing, and carrying out bombings?

Mental illness is much more common than many people realize, and it is not a sign of personal weakness. This lecture explains, in terms that are easy to understand, the scientific findings on how psychological stress arises.

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

We're all familiar with the British House of Commons, but have you ever experienced a House of Commons debate live? We're offering two gripping House of Commons debates on current topics that invite you to think along and join the conversation!

What can bones tell us in forensic medicine? We’ll show and explain the day-to-day practical work involved in examining human bones to determine age, sex, cause of death, and more.

Our presentation will take you on a brief journey into the world of glass and show you how SCHOTT overcomes the everyday challenges of glass development.

Where does the carbon dioxide in the atmosphere come from? What information can we glean from analyzing the stable isotope ratios in the air? At the BGC-IsoLab, you’ll not only find the answers but also get a glimpse into a modern laboratory.