The cell contains a plethora of length and time scales: At present,
the
 theoretical description and modeling of intracellular phenomena
requires considerable intuition.

In the past few years, several methods have been developed to achieve a
systematic multi-scale or integral approach to modeling cellular behavior.
These methods range from fluctuation-based analysis of molecular dynamics
simulations via reaction coordinates to specialized continuum solvers and
coupled simulation techniques for membrane-bound organelles, soft
interfaces, and protein condensates. So far, the application of these
methods is severely limited by their availability and difficulty of use.

This workshop is intended to alleviate this situation by an exchange of
methods across different
 research groups, focused on German-Czech
collaboration. Invited speakers will not only share the description of
their methods but also their
implementation as well as a full hands-on tutorial enabling their use.
Participants in the workshop will therefore not only get an overview but
also the necessary tools and skills to perform
state-of-the-art
simulations of (sub)cellular phenomena. Moreover,
participation is free of charge and even includes lunch.

Speakers include:
Jochen Hub (Saarland University)
Daniel Harries (Hebrew University)
Fabio Sterpone (CNRS Paris)
Christoph Allolio (Charles University/CASUS)
Stepan Timr (Czech Academy of Sciences)
Jaroslav Hron (Charles University)
Petr Kosovan (Charles University)
Roman Pleskot (Czech Academy of Sciences)
Artur Yakimovich (HZDR/CASUS)

See the website for registration and program.
https://events.hifis.net/event/3421/overview
Registration will close in mid July