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Monthly Archives: November 2016

Congratulations Dr Joe Lopes
active matter, Biomaterials, Biopolymers, featured, Soft Matter

Congratulations Dr Joe Lopes

November 22, 2016 Linda Hirst Leave a comment

Congratulations go to Dr Lopes – newest graduate from the Hirst Lab.

1461375681_Joepic

Joe  works on kinesin – based  microtubule transport and active matter. He will be starting a postdoc in March at Brandeis University with Prof Guilliaume Duclos.

https://sites.google.com/site/ducloslab/

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  • About the Hirst Lab
    • Alumni
    • Group members
    • Prof. Linda Hirst
  • Publications
  • Research
    • Active matter: Microtubules and molecular motors
    • Lipid membranes
    • Liquid crystals and Liquid crystal composites
      • Bent core liquid crystals
      • Liquid crystal nanocomposites
      • Smectic liquid crystals
    • Topological defects and interfacial curvature
  • Teaching

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Soft Matter and biophysics at the University of California, Merced

Recent Posts

  • Colloidal aggregation in liquid crystal
  • COntroling active flows
  • Merced team studying shark electrosensing
  • Current Biology – Chitin in cartilaginous fishes
  • FUndamentals of Soft matter science 2nd Ed – out now!

Asides

  1. Professor Hirst is the author of “Fundamentals of Soft Matter Science”

    Fundamentals of Soft Matter Science introduces and explores the scientific study of soft matter and molecular self-assembly, covering the major classifications of materials, their structure and characteristics, and everyday applications.

    Purchase from CRC press or Amazon

    Fundamentals of Soft Matter Science

    November 3, 2014 Linda Hirst Leave a comment
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Latest Images

Modeling topological defects on a lipid vesicle
Grandjean texture of the Cholesteric phase in a wedge cell
Templating QDs at the Isotropic to nematic phase transition
Polarized optical microscope image of a liquid crystal columnar phase
Quantum dot aggregates in the cholesteric phase – See our publication in “Photonics” http://www.mdpi.com/2304-6732/2/3/855
Semi-flexible filament networks
Templating QDs at the Isotropic to nematic phase transition
Granjean cholesteric texture
Molecular dynamics simulation of network of semiflexible filaments

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