September 18, 2024
Cluster of Excellence
Physics of Life
The Dynamic Organization of Living Matter
Impact
- 46 % Women
- 70 % International
* published by PoL PIs between January 2019 (the start date of PoL) and May 2024
- 10 PoL Programs
- 21 Scientific Events
- 39 Joint PhD Students and Postdocs
- 34 Collaborative Grants
Our purpose
Discover new paradigms for understanding life and deepen our knowledge of living biological matter
We aim to elucidate the laws of physics that underlie the dynamic spatiotemporal organization of life into molecules, cells and tissues. Our focus is to bring fundamental physics to biology for the purpose of understanding and solving biological questions.
Our research is enabled by merging theory and experiment and driven by a sparkling collaborative atmosphere in Dresden between University and non-University research laboratories.
DFG Cluster of Excellence
Physics of Life is one of 57 DFG Clusters of Excellence in Germany
© Campàs Lab – Rana Amini
Our research: vision & mission
We seek to understand living matter as a self-organizing and active form of soft condensed matter
© PoL / Friedrich Group
The people that make PoL
At PoL we are scientists, technicians, and administrative staff
Join us!
Want to join our community? Find out about open positions and other ways to become a part of PoL!
We are hiring
Fremdsprachenassistenz (Download PDF – in German)
Application deadline: Oct 14, 2024
Projektcontroller:in // Project Controller (Download PDF – de/en)
Application deadline: Oct 14, 2024
Application deadline: Oct 18, 2024
September 27, 2024
Quantitative Biology Takes Center Stage at the “Physical Biology of the Cell” Summer School
››› read articleAugust 27, 2024
Seeing the future: zebrafish regenerates fully functional photoreceptor cells and restores its vision
››› read articleAugust 21, 2024
Science Awards 2024 of the German Stem Cell Network to two PoL members
››› read article– // Technische Sammlungen Dresden
// Fritz-Foerster-Bau, Auditorium 244, Mommsenstraße 6, 01069 Dresden
Miki Ebisuya:
In search of a global modulator for biological tempo across animal species
Inaugural Lecture: Chair of Cell and Tissue Control
// B CUBE | Room E73–E75
// B CUBE | Room E73–E75
