Erwin Frey

Erwin Frey is a Professor of Theoretical Physics at the Faculty of Physics, Ludwig Maximilian University of Munich (LMU), where he leads the Frey Group. His research focuses on the physics of living systems, statistical physics, and emergent phenomena in complex systems. He is particularly known for his interdisciplinary approach connecting theoretical physics with biological processes.

His research interests encompass statistical physics, biophysics, and nonequilibrium systems, with specific focus on active matter, self-organization in biology, and the fundamental principles underlying complex biological systems. His work bridges theoretical physics with biological applications, exploring how physical principles govern living systems at various scales.

Frey's research group investigates diverse phenomena including protein pattern formation, cell division mechanisms, morphogenesis, and synthetic biology. His work demonstrates how fundamental physical principles can explain complex biological processes, with applications ranging from bacterial cell division to immune system organization.

His scientific contributions include significant advances in understanding pattern formation in biological systems, particularly the Min protein system in E. coli and thymic architecture development. His group's work shows how robust spatial organization emerges from simple physical principles in living systems.

As an educator, Frey teaches advanced topics in theoretical physics, including his lecture series on 'Nonequilibrium Field Theories and Stochastic Dynamics,' which covers Langevin equations, Fokker-Planck formalism, and path integrals with applications to active matter and soft condensed matter physics.

He actively collaborates with experimental groups, including Suckjoon Jun's lab at UCSD, and participates in international research networks and conferences, such as the upcoming conference on 'Emerging Trends in Physics of the Cell' at TUM in October 2025.