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Bad Honnef Physics School on

Physics of Bacteria

August 4 - 9, 2019, Physikzentrum Bad Honnef, Germany
Organized by
Ulrich Gerland (Technical University of Munich)
supported by


Physicists interested in the basic principles of living systems are often drawn to bacteria as model systems. Indeed, bacteria are arguably the simplest autonomous living systems, and they are well suited for quantitative experimental and theoretical analyses. However, despite their relative simplicity compared to eukaryotic systems, the complexity of bacterial metabolism, gene regulation, signalling, and cell biology can still be overwhelming for physicists entering the field. Also, those already working on one aspect have often not yet had the opportunity to look into the physics of bacteria from a broader perspective. This school addresses both of these groups. It offers a set of lectures that provide important biological background knowledge and cover many of the various physical approaches, as well as physical questions about bacteria, which are currently being pursued. At the same time, the school provides an opportunity for the participants to learn about each others research projects through poster sessions and flash talks.

Speakers and Topics:
• Rosalind Allen (University of Edinburgh) - Models for bacterial physiology
• Ariel Amir (Harvard) - Single-cell growth laws / cell cycle
• Markus Basan (Harvard Med. School) - Metabolism & Physiology
• Ilka Bischofs (Univ. Heidelberg) - Sporulation
• Tobias Bollenbach (Univ. zu Köln) - Antibiotic stress and resistance
• Marc Bramkamp (LMU München) - Introduction to Bacteriology
• Knut Drescher (MPI Marburg) - Advanced imaging and image analysis
• Robert Endres (Imperial College London) - Signaling and regulation
• Erwin Frey (LMU München) - Pattern formation & Intracellular positioning systems
• Ethan Garner (Harvard) - Establishment and maintenance of cell shape
• Ulrich Gerland (TU München) - Growth transitions, starvation & bacterial fitness
• Oskar Hallatschek (University of California at Berkeley) - Evolutionary dynamics
• Stephan Klumpp (Univ. Göttingen) - Gene expression
• Berenike Maier (Univ. zu Köln) - Physics of bacterial colonies
• Peter Swain (University of Edinburgh) - Intracellular representation of extracellular information
• Sven van Teeffelen (Pasteur Institute, Paris) - Mechanics of the cell envelope & Intracellular crowding

FEES:   200 € full board and lodging (for DPG* members 100 € )
* The German Physical Society (DPG)

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