Active Matter: Cell Dynamics and Modeling

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Related lectures (30)

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Quantum Double Edge: Configuration Spaces and Anyonic Excitations

Explores quantum double edge, continuous-variable spaces, gapped edges, and anyonic strings.

Topological Scattering: From Graphs to Networks

Covers defining topological phases for photonic systems using unitary scattering matrices, transitioning from graphs to networks.

Rules of Development

Delves into the rules of development, emphasizing the role of signals and morphogens.

Programmed Cell Death: Mechanisms and Implications

Explores programmed cell death mechanisms, including apoptosis and autophagy, with a focus on their implications in various organisms and regeneration processes.

Coherent Interfaces: Energetics and Defects

Explores dislocation energy, topological defects, and coherent interfaces in materials.

Developmental Biology: Morphogens and Cell Patterning

Delves into the role of morphogens in cell patterning and explores centrosome movement in cellular interactions.

Extracellular Matrix and Cell Communication

Explores the extracellular matrix, cell-ECM interactions, and bacterial systems.

Topological matter and its exploration with quantum gases

Explores topological matter in 2D systems, discussing unconventional phase transitions, vortices, and the ideal Bose gas.

Cancer Biology: Hallmarks and Mechanisms

Covers the hallmarks of cancer, oncogenes, tumor suppressor genes, metastasis, and genetic alterations driving tumorigenesis.

Topological matter and its exploration

Explores topological matter using quantum gases, focusing on the SSH problem and edge states.