Tuesday Talk: Life-like microswimmers from the 3D printer
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Leiden Plan your route to Tuesday Talk: Life-like microswimmers from the 3D printer
This edition of Tuesday Talk, we join Professor Kraft as she presents how her team creates swimming microrobots that navigate environments without sensors or electronics. The microswimmers are game-changers for targeted drug delivery, minimally invasive medical treatments, and advanced diagnostics.
The Tuesday Talks are Leiden’s monthly dose of research inspiration, open to all curious minds. Every second Tuesday of the month, Leiden University hosts a one-hour lecture by a staff member. The speaker, Prof. Dr. Daniela Kraft, specialist in Soft Matter Physics, has an extensive background in self-organization in biological and soft-matter systems. Her research has been recognized in prestigious publications such as Nature, Science, and the Guinness Book of World Records.
At the Huygens–Kamerlingh Onnes Laboratory, Kraft and her team use 3D microprinting to create flexible, anisotropic microswimmers that exhibit autonomous motion. Unlike traditional synthetic microrobots that require external control, these structures adapt their movement based on their design, showcasing various locomotion styles and the ability to navigate complex environments while avoiding collisions.
Don’t miss thi…
The Tuesday Talks are Leiden’s monthly dose of research inspiration, open to all curious minds. Every second Tuesday of the month, Leiden University hosts a one-hour lecture by a staff member. The speaker, Prof. Dr. Daniela Kraft, specialist in Soft Matter Physics, has an extensive background in self-organization in biological and soft-matter systems. Her research has been recognized in prestigious publications such as Nature, Science, and the Guinness Book of World Records.
At the Huygens–Kamerlingh Onnes Laboratory, Kraft and her team use 3D microprinting to create flexible, anisotropic microswimmers that exhibit autonomous motion. Unlike traditional synthetic microrobots that require external control, these structures adapt their movement based on their design, showcasing various locomotion styles and the ability to navigate complex environments while avoiding collisions.
Don’t miss this opportunity to learn about the intersection of physics, biology, and engineering. Join for an inspiring discussion and connect with fellow science enthusiasts over drinks afterwards!
When
- Tuesday the 10th of march 2026 from 16:00 to 17:00 Register here