Tübingen, Germany – The Max Planck Campus is launching a new monthly lecture series this January aimed at bridging the gap between cutting-edge neuroscience and public understanding. “EinBlick – Forschung verständlich” (Insight – Research Made Understandable) will feature researchers presenting accessible overviews of their work, beginning January 21st with a discussion on chronobiology. The series intends to foster open dialog and explore the increasing relevance of brain research to health and well-being, with topics ranging from sleep to artificial intelligence.
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14.01.2026 11:04
New Lecture Series to Explore Cutting-Edge Brain Research
The Max Planck Campus Tübingen will host a monthly series of public lectures starting January 21st, designed to make complex scientific research accessible to a wider audience.
From the impact of artificial intelligence on neuroscience to the crucial role of sleep in memory, a new lecture series aims to demystify the latest discoveries in brain research and their implications for health. The series, titled “EinBlick – Forschung verständlich” (Insight – Research Made Understandable), will launch on January 21st at 6:00 PM in the auditorium of the Max-Planck-Haus conference center, located at Max-Planck-Ring 6 on the Tübingen Max-Planck Campus.
The lectures are designed to be an open forum for anyone interested in learning more about the brain, engaging with Max Planck researchers, and participating in discussions. Understanding the intricacies of the brain is increasingly important as we seek solutions to neurological and psychological challenges.
Registration to attend the lectures and discussions is available here.
January 21st: Why 24 Hours Aren’t Always 24 Hours: A Crash Course in Chronobiology
Professor Dr. Manuel Spitschan will present an accessible overview of chronobiology, explaining how light, sleep, and daily routines influence our body’s natural rhythms. He will share current research findings that help us understand our individual sense of time and sleep patterns, offering insights into health, performance, and well-being. The lecture will highlight the distinction between biological time and clock time.
February 25th: Understanding Biological Processes: How Can Animal Models Help?
Priv.-Doz. Dr. Thomas Ott will discuss the importance of basic biological research in developing new and targeted treatments for diseases. He will explore the use of animal models alongside alternative methods like cell cultures and organoids, acknowledging the ethical and methodological considerations involved. Researchers must carefully weigh the scientific validity and ethical implications of different approaches to achieve reliable results.
March 18th: Nighttime in the Brain: Insights into the Diverse Functions of Sleep
Dr. Svenja Brodt will take attendees on a journey through the brain’s nighttime processes, which are essential for both physical and mental health. She will explain the different sleep stages, their role in information storage, and how the brain clears out harmful metabolic byproducts during sleep. Current research demonstrates that sleep is far more than just a period of rest; it protects, shapes, and renews the brain.
April 29th: Brain-Computer Interfaces: The Next Technological Revolution?
Dr. Pascal Fries will explore the potential of brain-computer interfaces, noting that the human brain is an electrical organ and that electrical signals can sometimes provide more precise therapeutic effects than medication. He will discuss how these interfaces are enabling successful therapies for conditions like Parkinson’s disease, as well as emerging approaches and startups focused on improving movement and mental health. These advancements are driving a boom in the field and opening up new avenues for treating neurological and psychiatric disorders.
May 20th: In the Tension Between Human and Machine: Artificial Intelligence and Magnetic Resonance Imaging
Priv.-Doz. Dr. Gabriele Lohmann will present artificial intelligence as a tool and discuss its application in neuroscience. She will demonstrate how AI helps analyze large datasets in magnetic resonance imaging (MRI), identify patterns in brain activity, and generate new research questions. The lecture will also explore how neuroscientific insights are driving the development of more intelligent algorithms.
The Max Planck Campus in Tübingen is home to the Max Planck Institutes for Biology, Biological Cybernetics, and Intelligent Systems, as well as the Friedrich-Miescher-Laboratory. With over 1200 employees from more than 50 nations, the campus is part of the Max Planck Society, which ranks among the world’s leading research institutions in the natural, life, humanities, and social sciences, having been awarded 31 Nobel Prizes.
Weitere Informationen:
https://www.kyb.tuebingen.mpg.de/871993/news_publication_26001476_transferred?c=…
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Die bürgernahe Vortragsreihe “EinBlick – Forschung verständlich” startet am 21. Januar auf dem Tübin …
Quelle: Cora Kürner
Copyright: Max-Planck-Campus Tübingen
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