Weitere Veranstaltungen in Berlin

What Shapes Life: From Invisible Enemies to Global Shifts

Di 20 Mai Entry starts at 18:30 and event begins at 19:00! The event ends at 22:00
but feel free to stay for another beer!
Zum Starken August, Schönhauser Allee 56
10437 , Berlin
Tickets Preis Mng.
Standard €2.50
Spende Pint of Science helfen

Verbleibende Tickets: 38

Uncover hidden secrets of life, health, and the planet. Explore the role of "junk" DNA in evolution, how education for sustainability is driving climate action, and the fascinating impact of ancient animals on the spread of disease. Join us over a pint as brilliant minds break down these topics and offer fresh perspectives on genetics, sustainability, and history.

Sustainability Transformation at the Intersection of Art, Science & Society

Bengisu Berispek (Founder of Sustain.ALL-Project at Technische Universität Berlin)
What happens when artists, scientists, and citizens co-create climate solutions? This talk explores how we can activate sustainability at the intersection of disciplines—through education, creativity, and systems change that speaks to both hearts and minds. What happens when artists, scientists, and citizens co-create climate solutions?
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Ancient Sheep Plagues? The Role of Animals in Ancient Disease

Ian Light-Maka (PhD Researcher at Max Planck Institute for Infection Biology)
Many human diseases are caused by pathogens that usually live within animals - think COVID-19, HIV, Flu, Ebola, the list goes on. Beyond recent pandemics, important human diseases, like tuberculosis, are thought to have emerged when humans began domesticating animals, which brought them closer to new sources of disease. My research focuses on understanding disease in the ancient past and the role animals played in transmission. Take a journey with me through disease history using ancient DNA!
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Junk that shapes us: the Dark Genome’s role in Evolution

Dr. Anna Alessandra Monaco (Postdoctoral Researcher at Max Planck Institute Molecular )
For over a century, biologists have puzzled over how we evolved from single cells into complex beings. My research focuses on understanding the hidden rules etched in our DNA that create the amazing diversity of life. I'm particularly interested in the "dark genome," which is the part of our DNA that doesn't make proteins. Once thought to be “junk DNA”, it's now clear that it acts as the blueprint of multicellular life.
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