Topology and dynamics of active nematic vesicles

@article{Keber2014TopologyAD,
  title={Topology and dynamics of active nematic vesicles},
  author={F. Keber and E. Loiseau and T. Sanchez and Stephen J. DeCamp and L. Giomi and M. Bowick and M. Marchetti and Z. Dogic and A. Bausch},
  journal={Science},
  year={2014},
  volume={345},
  pages={1135 - 1139}
}
Liquid crystals on a deformable substrate The orientation of the molecules in a liquid crystalline material will change in response to either changes in the substrate or an external field. This is the basis for liquid crystalline devices. Vesicles, which are fluid pockets surrounded by lipid bilayers, will change size or shape in response to solvent conditions or pressure. Keber et al. report on the rich interactions between nematic liquid crystals placed on the surface of a vesicle. Changes to… Expand
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