CRC 1114 Spring School: Methods for Particle Systems with Multiple Scales

Date: May 29 - June 2, 2017

Venue: WIAS, Mohrenstr. 39, 10117 Berlin

As a part of the CRC 1114 PhD program, a week-long CRC School takes place every year. The CRC Schools offer advanced scientific courses in CRC-related topics, held by the principal investigators of the CRC and international guests. The topic of the CRC Spring School 2017 is Methods for Particle Systems with Multiple Scales. The program consists of mini courses by renowned international guests, talks by CRC 1114 members and presentations by the participating PhD students.

Registration

Please note that places are limited and participation is possible only upon prior registration via email to nina.fabjancic[at]fu-berlin.de. The registration deadline is 12 May 2017.

Program

Minicourse Lectures

  • Joep Evers (Dalhousie University Halifax) - Evolution equations for systems driven by social or biological interactions
  • Ben Leimkuhler (University of Edinburgh) - Molecular Dynamics
  • Tiejun Li (Peking University) - Averaging of the multiscale systems, energy landscape and large deviations, and two-scale large deviations for chemical reaction kinetics

Contributed Talks

  • Bettina Keller (FU Berlin, CRC 1114) - Analyzing molecular dynamics simulations - Markov state models and the variational approach to molecular dynamics
  • Robert Patterson (WIAS, CRC 1114) - Stochastic Soot Simulation
  • Sebastian Reich (University of Potsdam, CRC 1114) - Playing games with data: Interacting particle approximations for assimilation of data into dynamical systems

Preliminary program

A preliminary program can be downloaded here.

Organisation

Program committee

Contact and further information

  • Nina Fabjančič
    CRC 1114 / Freie Universität Berlin
    Coordinator PhD program
    Tel: +49 (0)30 838-60935
    Mail: nina.fabjancic[at]fu-berlin.de
    Web: www.sfb1114.de

Support

The Spring School 2017 is organized by the CRC 1114 and hosted by WIAS:
CRC 1114 logo WIAS logo

Funded by DFG through CRC 1114:
DFG logo

External support:
BMS Logo