Prof.
Benjamin Lindner
(Institute of Physics Humboldt University Berlin and Bernstein Center for Computational Neuroscience)
9/6/18, 9:00 AM
talk
Many systems in physics and biology display somewhat irregular (noisy) but clearly oscillatory behavior. Most of these systems are kept outside of thermodynamic equilibrium (they are active) and can be well described in a stochastic framework.
In the talk I review a number of new developments from the theoretical side: how we can test whether the oscillator's dynamics is Markovian (using a...
Prof.
Eugene Postnikov
(Kursk State University)
9/6/18, 9:45 AM
talk
The conventional object of interest for studies related to random motions or relatively large walkers in a complex me-dium having traps and obstacles, e.g. biological soft matter that is motivated by a clear separation of scales between their dynamics. On the other hand, molecular motion in simple liquids, where the walker and its surrounding are com-posed of identical particles may exhibit a...
Gorka Munoz-Gil
(ICFO)
9/6/18, 10:05 AM
talk
Recent advances in single particle tracking techniques have led to a growing interest in the theoretical study of the motion of microscopic particles in biological environments. It is of key importance for the field of biology to characterize the diffusion of such particles. Many experimental observations have been linked to already existing frameworks such as the continuous time random walks,...
