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Physics Underlying Life Sciences

Bereichsnavigation: Institute
  • CENEM - Computational Microscopy Group
  • CENEM - Electron Microscopy
  • CENEM - Nanocharacterization
  • CENEM - Nanomechanics
  • Chemistry of Thin Film Materials
  • Cluster of Excellence – Engineering of Advanced Materials
  • Data-based Materials Design
  • Institute for Multiscale Simulation
  • OICE - Optical Imaging Centre Erlangen
  • Organic Materials & Devices
  • Photonic Crystal Fibres
  • Physics Underlying Life Sciences
  • Self-Organization Processes

Physics Underlying Life Sciences

Research Focus

The research of our group strives to identify when and how soft matters for the living. Our ultimate goal is to provide the same depth of understanding of biological processes as we have in physics. Therefore, we adapt and develop concepts and approaches of theoretical physics and combine these with a variety of simulation techniques and experiments performed by us or by our collaborators. In this way, we address a range of problems arising in soft matter, statistical physics and biophysics. Our aim in dealing with each problem is to systematically address the problem of choice on all relevant scales, from the level of chemical reactions, to the macroscopic behaviour of cells and tissues. We hope that this quantitative approach will make an impact on biology, as well as contribute towards the design of advanced materials and processes.

 

Prof. Ana-Sunčana Smith

Email: smith@physik.fau.de

Website: http://puls.physik.fau.de/

Friedrich-Alexander-Universität
Erlangen-Nürnberg

Cauerstr. 3
91058 Erlangen
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