Zwicker Group
  • Biomolecular condensates Pattern formation Smart Materials Nasal airflow and olfaction Software
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Zwicker Group
  • Research/
    • Biomolecular condensates
    • Pattern formation
    • Smart Materials
    • Nasal airflow and olfaction
    • Software
  • People/
    • David Zwicker
    • Team
    • Join Us
  • Publications/
  • News/
  • Contact/
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Zwicker Group

Theory of Biological Fluids

News

Zwicker Group
  • Research/
    • Biomolecular condensates
    • Pattern formation
    • Smart Materials
    • Nasal airflow and olfaction
    • Software
  • People/
    • David Zwicker
    • Team
    • Join Us
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April 14, 2021

Johannes joined the group

April 14, 2021/ David Zwicker

Johannes Krausser joined our group this week and will help us to understand the mysteries of biomolecular condensates. Johannes did his Ph.D. at LMU Munich and then went on to the UK to work with Alessio Zaccone and Andela Šarić. We are thrilled to have him back in Germany and are looking forward to fun and stimulating discussions!

April 14, 2021/ David Zwicker/
People

David Zwicker

  • Open Ph.D. position
  • Pam joined the group
  • Research/
    • Biomolecular condensates
    • Pattern formation
    • Smart Materials
    • Nasal airflow and olfaction
    • Software
  • People/
    • David Zwicker
    • Team
    • Join Us
  • Publications/
  • News/
  • Contact/

Zwicker Group

In contrast to most man-made machines, biological organisms are typically build from soft and often fluid-like material. How can such liquid matter be precisely controlled in space and time? To uncover the physical principles for such organization, we analyze theoretical models of biological processes using tools from statistical physics, dynamical system theory, fluid dynamics, and information theory. In particular, we study how phase separation is used to organize the liquid interior of cells and how the fluid dynamics of inhalation affects the transport of airborne odorants and the sense of smell.

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