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DAMTP Statistical Physics and Soft Matter Seminar
Cambridge, 2024
Where to dig for gold? Simple ‘tricks’ to help find new universality classes |
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Smart Condensates and Droplets Symposium 2024, Cambridge, UK
The synaptonemal complex assembles between meiotic chromosomes by wetting
|
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LPTMC, CNRS, Paris 2024
A new universality class describes Vicsek’s flocking phase in physical dimensions |
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SoftBio Theory Seminar, Physics Department, Oxford
Active Matter: A treasure trove of novel universality classes |
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Biological condensates: cellular mechanisms governed by phase transitions, Isaac Newton Institute, UK, 2023
Conversion-limited phase separation in biomolecular condensation
[Video of the talk]
|
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Isaac Newton Institute, Cambridge UK, 2023
Polar Fluctuations Lead to Extensile Nematic Behavior in Confluent Tissues
[Video of the talk]
|
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University of Amsterdam, 2021
Diversity of phase transitions and phase separations in active fluids |
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Biological Physics Division, MPI-PKS, 2020
Exploring novel phase transitions in compressible active fluids using a lattice Boltzmann method |
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APS March Meeting 2019, Focus session on Phase Separation in Biological Processes
Physics of active emulsions: Implications for stress granules |
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EMBO|EMBL Symposia: Cellular Mechanisms Driven by Liquid Phase Separation, May 16, 2018
The Physics of Non-Equilibrium Phase separation: Implications for stress granules |
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Soft matter seminar, DAMTP, Cambridge, 20 Feb, 2018
Universality in active matter |
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IPLS Retreat
Bath, Oct 17, 2017
Novel physics arising from phase
transitions in biology |
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Universality in Living
Matter
[Active fluids and active polymer networks] |
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Universality in Soft Active
Matter
[Motility-induced phase separation and active
fluids] |
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CECAM Workshop
The self-organised cytoplasm
Lausanne, July 17, 2014
Spatial organisation of the
cell cytoplasm: P granule localisation by phase
separation |
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Phase
transitions in cell biology |
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Stochastic
dynamics of reaction-diffusion systems: An epidemic
model case study |
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Protein
amyloid self-assembly: Nucleation, Growth, and
Breakage |