Microswimmer Lecture Series

Inhaltsverzeichnis

    1. Scope
    2. Time and Place
    3. Lectures and Speakers
      1. Confirmed speakers 2018
      2. Confirmed speakers 2019
    4. Learning Material
    5. Contact and Registration
Eine mikroskopische Aufnahme zeigt Spermien und Partikel. © Veronika Magdanz & Dagmar Voigt Eine mikroskopische Aufnahme zeigt Spermien und Partikel. © Veronika Magdanz & Dagmar Voigt

Mikroschwimmer sind Mikroobjekte, die sich aktiv im Mikromaßstab fortbewegen können. Hier: Spermien mit Eisenoxidpartikeln.

Eine mikroskopische Aufnahme zeigt Spermien und Partikel.

Mikroschwimmer sind Mikroobjekte, die sich aktiv im Mikromaßstab fortbewegen können. Hier: Spermien mit Eisenoxidpartikeln. © Veronika Magdanz & Dagmar Voigt

Scope

The lecture series "Microswimmers" combines disciplines of life sciences, and as such four of our five School of Sciences' faculties: Biology, Chemistry, Mathematics and Physics. "Microswimmers" brings together theory and application issues, focussing on providing an excellent teaching base on this present topic.

This lecture series comprises 14 lectures from international speakers plus 14 reading seminars (Hauptseminare) which take place one week before each lecture and are held in a journal club style. This lecture is planned to run in the course of a full year (September 2018 - Juli 2019). Participating students are asked to read the provided articles (see Learning Material) and present an article in one of the reading seminars during the course of the lecture series.

Topics:

Physics of Motion on the Microscale
Artifical microwimmers
Biological microswimmers

We thank ZUK and cfaed for supporting the "Microswimmers" lecture series.

Time and Place

Lecture Series: Starting from 26 September
Reading Sessions: Starting from 19 September
Wednesdays 4.40 pm
Location:
HSZ/E03 // TU Dresden

Credit points and rigorosum replacement available for lectures and preparation sessions

Lectures and Speakers

Confirmed speakers 2018

26.09. Tom Montenegro-Johnson, Birmingham

Low Reynolds-number hydrodynamics

Dr. Tom Montenegro-Johnson is currently a lecturer in Mathematical Biology at the University of Birmingham. He studied math at John’s college in Cambridge and submitted his PhD on “Microscopic Swimming in Biological Fluids” at the end of 2012. As a Postdoc, he joined Prof. Eric Lauga’s group in DAMTP at the University of Cambridge, before being awarded a Research Fellowship from the Royal Commission for the Exhibition of 1851 for the project "Foundations of Biomedical Microrobots". In August 2016, Tom returned to the University of Birmingham as lecturer. His research focus is on low Reynolds number biofluiddynamics and artificial microscale propulsion.”​

For more information, see Tom Montenegro-Johnson's website

17.10. Mihail Popescu, Stuttgart

Physics of phoresis

Dr. Mihail N. Popescu is a senior scientist in the department Micro, Nano, and Molecular Systems of Prof. P. Fisher at the Max Planck Institute for Intelligent Systems in Stuttgart.
He received his BSc/MSc in Physics from the Faculty of Physics of the University of Bucharest (Romania), and his Ph.D. (in Physics) from Emory University (Atlanta, USA). After his PhD, he has been working as a postdoctoral fellow at the Max Planck Institute for Intelligent Systems (Stuttgart, Germany) in the department "Theory of Inhomogeneous Condensed Matter" led by Prof. Dietrich in Stuttgart. He continued his career as a research fellow and senior research fellow at the Ian Wark Research Institute, UniSA (Adelaide, Australia). In 2014 he returned to the MPI-IS in Stuttgart as a senior research scientist. He has been working on problems related to precursor film dynamics in wetting phenomena, diffusion equations for interacting particles systems, and processes related to thin film hydrodynamics and interactions between interfaces.

His current research interests focus on the theory of self-phoretic motion of chemically active colloids under confinement by boundaries or fields.

In the lecture series, he will provide a basic introduction into the physics of self-phoresis of chemically active colloids, from motion in unbounded fluids to aspects related to motion near boundaries.

web page: https://www.is.mpg.de/dietrich/research/active_matter

For more information, see Mihail Popescu's website

29.10. Mike Cates, Cambridge (at MPI PKS)

Location at MPI-PKS!

Title of the talk: tba

For more information on the speaker, see Mike Cates' website

14.11. Ana Suncana Smith, Erlangen

Title of the talk: tba

For more information on the speaker, see Ana Suncana Smith's website

05.12. David Smith, Birmingham

Self-propulsion in viscous media

Professor Dave Smith is an applied mathematician who works across the interfaces of biomedical research and modelling. Following a PhD with Professors John Blake and Eamonn Gaffney, he undertook postdoctoral research on male fertility diagnostics in collaboration with Birmingham Women’s Hospital Centre for Human Reproductive Science. His main interests are very low Reynolds number biological fluid dynamics, and he has co-authored Annual Review of Fluid Mechanics articles on Mammalian Sperm Motility, and Left-Right Symmetry Breaking Flows in Embryogenesis; in addition he has worked with teams researching topics as diverse as steroid metabolome cancer diagnosis, the molecular and physical pathogenesis of lung disease, and synthetic biology techniques for flow and pathogen detection. He and his multidisciplinary research group develop and apply tools based on regularized singularity solutions, the finite element method, and model-based image analysis. He is currently Professor and Director of Research in the School of Mathematics at the University of Birmingham.

For more information, see David Smith's website

Dec. '18 Maria J. Esplandiu, Barcelona

Electrochemical sensing and control

For more information, see Maria J. Esplandiu's website

Confirmed speakers 2019

09.01. Tom Powers: Hydrodynamic synchronization
tba Islam Khalil: Magnetic propulsion
12.04. Gijsje Koenderink: Molecular Motors as minimal models
24.04. Kirsty Wan: Flagellated Swimmers
08.05. Knut Drescher: Bacterial Swimming
tba Sylvain Martel: Putting bacteria into applications
12.06. Susan Suarez: Collective Swimming of sperm
26.06. Janna Nawroth: Biomimetics on the microscale

Learning Material

10.10. Reading Seminar

Lecture references:

1) Moran, J. L. and Posner, J. D., Phoretic Self-Propulsion, Ann. Rev. Fluid Mech. 49, 511 (2016)
2) Golestanian, R., Liverpool, T. B., and Ajdari, A., Designing phoretic micro- and nano-swimmers, New J. Phys. 9, 126 (2007)
3) Popescu, M. N., Uspal, W. E., and Dietrich, S., Self-diffusiophoresis of chemically active coloids, Eur. Phys. J. Special Topics 225, 2189 (2016)
4) Anderson, J. L., Colloid transport by interfacial forces, Ann. Rev. Fluid Mech. 21, 61 (1989)
5) Poon, W.C.K., From Clarkia to Escherichia and Janus: the physics of natural and synthetic active colloids, arXiv:1306.4799 (2013)

Contact and Registration

Registration:

Dr. Juliane Simmchen

Freigeist-Fellowship Group Leader
Physical Chemistry
Juliane.Simmchen@tu-dresden.de

More information:

PD Dr. Benjamin M. Friedrich

Research group leader "Biological Algorithms Group"
TU Dresden: Biological Systems Path of the Center for Advancing
Electronics Dresden (cfaed)
benjamin.friedrich@gmail.com

Dr. Veronika Magdanz
Open Topic Postdoc
Applied Zoology
veronika.magdanz@tu-dresden.de

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Nicole Gierig
Letzte Änderung: 09.10.2018