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Videoconference: Slow-fast analysis of neural bursters: old and new
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Mathematical Biology - Lab CAMBAM
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- 1 Videoconference: Slow-fast analysis of neural bursters: old and new
- 2 Videoconference: Collective Cell Behavior and Cell Migration
- 3 Videoconference: Cell volume control and osmosis-driven cell movement
- 4 Videoconference: Zoomposium - Multiple Timescales in Neuronal and Other Systems
- 5 Gamma and Beta Burst Rhythms and E-I network inference (videoconference)
- 6 Videoconference: Modeling Calcium Signaling in Live Animals
- 7 Singularity formation in Black Hole interiors (videoconference)
- 8 Mathematical Modeling of the Immune-Mediated Theory of Metastasis
- 9 Global predictions of unreported SARS-CoV2 infection from observed COVID-19 cases
- 10 Attractive-repulsive models in collective behavior and applications
- 11 A seasonal hybrid model for the evolution of flowering onset in plants
- 12 Introduction lecture on mathematical oncology
- 13 Computational modelling methods in cancer
- 14 The open-source agent-based modelling software PhysiCell
- 15 The translation of ABMs to PDEs
- 16 A Mathematical Framework for Modelling the Metastatic Spread of Cancer
- 17 Population Dynamics in Moving Environments
- 18 Modeling the Innate Immune Cells
- 19 Restriction of eigenfunctions to sparse sets on manifolds
