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Scripts and notebooks used to analyse experiments and simulations of LLPS in confined volumes

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Liquid-Liquid phase separation in confined volumes, thermodynamics and dynamics

This repository hosts the notebooks and data used to analyse microfluidic data produced by the Arosio Lab (ETH) and produce the figures reported in:

  • Droplet microfluidics for the label-free extraction of complete phase diagrams and kinetics of liquid-liquid phase separation in finite volumes Alessia Villois, Umberto Capasso Palmiero, Prerit Mathur, Gaia Perone, Timo Schneider, Lunna Li, Matteo Salvalaglio,Andrew deMello, Stavros Stavrakis, Paolo Arosio, 2022, Small 18 (46), 2202606

The free energy (blue) and mean thermodynamic force (red) associated with liquid-liquid phase separation in a confined volume. We use the thermodynamics of this process to interpret experimental measurements of the liquid-liquid phase separation of polymers.

The free energy (blue) and mean thermodynamic force (red) associated with liquid-liquid phase separation in a confined volume. We use the thermodynamics of this process to interpret experimental measurements of the liquid-liquid phase separation of polymers.

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