EPN 53-3
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TINY ROBOTS<br />
FEATURES<br />
sensing? What is the computational power of a molecule<br />
or a cell? How can we generate autonomous motion at<br />
the nano- and microscale, in the presence of Brownian<br />
motion? How can we realize collective behaviors and decision-making<br />
processes in systems of many interacting<br />
agents? How do we supply these systems with energy?<br />
These are questions naturally asked also by researchers<br />
in biophysics, statistical physics and complex systems. n<br />
About the Authors<br />
Tobias Pirzer obtained his PhD in biophysics<br />
at the Technical University<br />
Munich (TUM) in 2010. Since 2012<br />
he is working as senior scientist in the<br />
group of Friedrich Simmel.<br />
Friedrich Simmel obtained his PhD<br />
in physics at the Ludwig-Maximilians-<br />
University Munich (LMU) in 1999. After<br />
a postdoctoral stay at Bell Labs, he started<br />
an independent junior research group at<br />
LMU Munich and became a full professor<br />
of physics at the Technical University<br />
Munich in 2007. His research focuses on biophysics and its<br />
applications in bionanotechnology and synthetic biology.<br />
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