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Buckle up for "Minds, Memories, and Mechanisms," a wild ride through the quirkiest corners of science! Ever wondered if snoozing can supercharge your smarts? Or how plants tough out tsunamis in their own backyard? Maybe you're curious about tech that's got more grip than a jealous octopus?
Then book your tickets now for what is sure to be an intoxicating night (wink wink) of science!
Then book your tickets now for what is sure to be an intoxicating night (wink wink) of science!
Dreams & Memory
Dr. Monika Schönauer
(Assistant Professor)
Join us as Dr. Monika Schönauer unveils the intricate dance between sleep and memory in her engaging talk. Discover how these fundamental aspects of our daily lives interact, influencing everything from our learning processes to our long-term health. Dr. Schönauer's expertise will guide us through the latest research findings, providing valuable insights into how better sleep could be the key to unlocking enhanced memory retention. Don’t miss this chance to learn more about the essential roles sleep and memory play in shaping our understanding of human cognition.
It SUCKS! Bio-inspired, soft-robotic octopus suckers.
Armin Jamali
(Doctoral Researcher)
Dive into the world of bio-inspired innovation with Armin Jamali as he unveils his cutting-edge research on octopus-inspired robotic technology. Armin's project focuses on developing robotic arms that mimic the dexterity and efficiency of octopus suckers, using artificial suction cups made from electroactive polymers. This session will explore how this sophisticated technology is set to revolutionize robotic handling and movement, offering a glimpse into a future where machinery can operate as gracefully as the natural world.
Why your houseplant died from overwatering and what we can learn from it
Kevin Daniel
(PhD Candidate)
Join Kevin Daniel from the CIBSS excellence cluster as he unravels the secrets of plant survival in his enlightening talk, "Flooding Tolerance and Memory in Plants." Learn about the fascinating ways plants not only withstand floods but also 'remember' these events to better prepare for future challenges. This research sheds light on the intricate biological processes that equip plants with remarkable resilience, offering insights that could revolutionize how we grow crops and manage ecosystems in flood-prone regions. Discover the world of resilient botany and see how understanding plant memory can lead to groundbreaking advancements in agriculture and environmental conservation.
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