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Topic: Microtubules

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Research support position using Drosophila genetics, molecular biology and live imaging to examine microtubule organisation in developing and mature neurons. The role includes laboratory support and collaborative experiments. The contract ends on 31 March 2027; the proposed start is 1 October 2026, negotiable. Hourly pay is JPY 1,750–2,200. Applications remain open until filled; submit the documents specified on the employer page.

Seminar · Fluid Dynamics

Imposed flow in active liquid crystals

Thomas Powers · Brown University

Wed, Dec 16, 2020 · 15:00 UTC

Inspired by ongoing experiments on three dimensional active gels composed of sliding microtubule bundles, we study a few idealized problems in a minimal hydrodynamic model for active liquid crystals. Our aim is to use flow to determine the value of the coefficient of activity in a continuum theory. We consider the case of apolar active particles that form a disordered phase in the absence of flow, and study how activity affects the swimming speed of a prescribed swimmer, as well as the stability of a fluid interface. We also consider flows of active matter in channels or past immersed objects.

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