
Theoretical Physics - From Outer Space to Plasma Statistical physics of living systems
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Jun 11, 2024 Professor Julia Yeomans, a leading researcher in the mechanics of living systems, discusses the innovative extension of mechanical models to analyze how epithelial cells move and interact. She dives into the fascinating world of statistical physics, revealing insights into cell motility and collective behaviors. Listeners learn about the importance of these movements in processes like wound healing and cancer spread. Julia challenges traditional views, prompting us to rethink the dynamics of life at a cellular level.
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White Blood Cell in Action
- A white blood cell chases and engulfs bacteria as shown in real microscopic imaging.
- This demonstrates rapid and complex cell movement essential for immune response.
Epithelial Tissue Structure
- Epithelial tissues form two-dimensional confluent layers where cells adhere tightly.
- These layers resemble foams and are key to understanding collective cell behavior.
Cell Flocking Behavior
- Cells can flock, moving collectively in a common direction like bird flocks.
- Such flocking behavior is observed in Drosophila egg chambers, highlighting active cell coordination.




