Principles of Biological and Robotic Navigation

International Focus Workshop
29 August - 31 August 2016

Cells, organisms, and man-made robots use sen- sory information to navigate in complex environ- ments. What are the underlying navigation strate- gies and control circuits? This interdisciplinary focus workshop will bring together biologists, physicists, and engineers interested in biological and bio-inspired motility control, and will address the principles that make navigation robust in the presence of noise and incomplete information.

Topics include

  • Navigation strategies of cells and organisms
  • Robots and autonomous motility control
  • Chemotaxis, phototaxis, thermotaxis
  • Information theory of navigation
  • Sensori-motor feedbacks
  • Fluctuations and theory of robust control
  • Gradient sensing at the micron-scale
  • Sensory adaptation and memory
  • Spatial learning
  • Steering in complex environments
  • Game-theoretic trade-off choices
  • Evolutionary adaptation

Invited speakers

Luis Alvarez (DE)
Nihat Ay (DE)
Eberhard Bodenschatz (DE)
Robert Endres (UK)
Fumiya Iida (UK)
Gáspár Jékely (DE)
Gerd Kempermann (DE)
Matthieu Louis (ES)
Peter Thomas (US)
Massimo Vergassola (US)
Barbara Webb (UK)

Scientific Coordinators

Benjamin M. Friedrich
(TU Dresden: Biological Systems Path of the Center for AdvancingElectronics Dresden (cfaed), Dresden, Germany)

U. Benjamin Kaupp
(Assoziierte Einrichtung - Forschungszentrum caesar, Bonn, Germany)

Samuel Sánchez
(Institute for Bioengineering of Catalonia, Barcelona, Spain)


Mandy Lochar
(Max Planck Institute for the Physics of Complex Systems, Dresden, Germany)


The call for applications is closed.

Scientific Program

The scientific program is available here.

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