Computational project in Biological and Statistical Physics
Project: The group of Biological and Statistical Physics is offering a PhD position for a computational project. The project aims to provide a better understanding of stochastic effects in pattern-forming reaction diffusion systems. A central part of the project will be the simulation of stochastic reaction-diffusion systems employing GPGPU based methods (Nvidia CUDA). To this end, the open source software Lattice Microbes will be used and extended to our purposes by the successful applicant.
Requirements: We are looking for an outstanding and highly motivated student with a background in non-equilibrium statistical physics, computational physics, or the theory of complex systems, and an interest in biological systems. A high affinity for computational methods and software development (C/C++) is a key requirement. Specific experience with GPU programming is beneficial but not required. The successful applicant will have access a state-of-the-art GPU cluster and actively participate in our cooperation with the Luthey-Schulten group (UIUC), the developers of Lattice Microbes.
Group: Prof. Erwin Frey, Statistical and Biological Physics, Physics Department, LMU Munich
Prof. Frey's website