Research Groups
Which RGLs are recruiting PhD Students? As far as potential PhDs go, we encourage you to conceptualise all of our group leaders as recruiting ! Our raison d’être as the IMPRS is to guide truly exceptional young researchers towards their own scientific independence. This requires a lot of genuine interest, initiative, and perserverence. That may not be for everyone. When thinking about your own scientific future through a PhD with us, we encourage you to explore our research groups, and check in with yourself on if their scientific vision ignites a spark in you. If you feel that spark, reflect about how your own skillsets, interests and wishes for the future fit into that RGL’s vision.
Our IMPRS Research Groups are located at the Max Planck Institute of Molecular Cell Biology and Genetics (MPI-CBG), the Center of Systems Biology Dresden (CSBD) and the Max Planck Institute for the Physics of Complex Systems (MPI-PKS). We merge approaches from biology, biophysics, chemistry, computer science and mathematics to understand emergence in living systems.
You can also view the research groups from our partner program, the Dresden International Graduate School for Interdisciplinary Life Sciences (DIGS-ILS). If you’re keen to work with us as an intern or a predoctoral researcher , one of the bonuses is your application will be visibile to DIGS-ILS group leaders as well -- we need only a single application through our united portal.
Richard Alert • The Physics of Living Matter
https://www.pks.mpg.de/plm
Richard Alert • The Physics of Living Matter
Alexander von Appen • Structural Self-Organization of Membranous Organelles
https://mpi-cbg.de/vonappen
Alexander von Appen • Structural Self-Organization of Membranous Organelles
Fridtjof Brauns • Living and Morphing Matter Theory
https://www.mpi-cbg.de/brauns/
Fridtjof Brauns • Living and Morphing Matter Theory
Türkü Özlüm Çelik • Mathematical Structures and Applications
https://www.mpi-cbg.de/celik
Türkü Özlüm Çelik • Mathematical Structures and Applications
Nagaraja Chappidi • Molecular Mechanisms of Genome Stability
https://www.mpi-cbg.de/chappidi
Nagaraja Chappidi • Molecular Mechanisms of Genome Stability
Daniela Egas Santander • Algebraic Topology and Networks in Biology
https://www.mpi-cbg.de/santander
Daniela Egas Santander • Algebraic Topology and Networks in Biology
Eric Geertsma • Membrane biochemistry of solute transport
https://mpi-cbg.de/geertsma
Eric Geertsma • Membrane biochemistry of solute transport
Claudia Gerri • The fetal-maternal interface across species: From comparative embryology to multicellular systems
https://mpi-cbg.de/gerri
Claudia Gerri • The fetal-maternal interface across species: From comparative embryology to multicellular systems
Anne Grapin-Botton • Self-organization of cells into organ communities
https://mpi-cbg.de/grapin-botton
Anne Grapin-Botton • Self-organization of cells into organ communities
Stephan Grill • Biophysics
https://mpi-cbg.de/grill
Stephan Grill • Biophysics
Pierre Haas • Self-Organization of Multicellular Systems
https://mpi-cbg.de/haas
Pierre Haas • Self-Organization of Multicellular Systems
Heather Harrington • Algebraic Systems Biology
https://mpi-cbg.de/harrington
Heather Harrington • Algebraic Systems Biology
Meritxell Huch • Tissue regeneration and its deregulation in disease
https://mpi-cbg.de/huch
Meritxell Huch • Tissue regeneration and its deregulation in disease
Anthony Hyman • Organization of Cytoplasm
https://mpi-cbg.de/hyman
Anthony Hyman • Organization of Cytoplasm
Frank Jülicher • Dynamic processes in cells and tissues
https://www.pks.mpg.de/biological-physics/frank-juelicher
Frank Jülicher • Dynamic processes in cells and tissues
Christina Kurzthaler • Transport and flows in complex environments
https://www.pks.mpg.de/tfce
Christina Kurzthaler • Transport and flows in complex environments
Aida Maraj • Algebraic Statistics for Biology
https://www.mpi-cbg.de/maraj
Aida Maraj • Algebraic Statistics for Biology
Rita Mateus • Biophysical Principles of Vertebrate Growth
https://mpi-cbg.de/mateus
Rita Mateus • Biophysical Principles of Vertebrate Growth
Carl Modes • Network Complexity and Systems Biophysics
https://mpi-cbg.de/modes
Carl Modes • Network Complexity and Systems Biophysics
Matthias Muhar • Functional genomics of proteome remodeling
Matthias Muhar • Functional genomics of proteome remodeling
André Nadler • Membrane Chemical Biology – Spotlight on lipids
https://www.mpi-cbg.de/nadler
André Nadler • Membrane Chemical Biology – Spotlight on lipids
Madalena Reimão Pinto • Mechanisms of translational control during embryogenesis
Madalena Reimão Pinto • Mechanisms of translational control during embryogenesis
Marko Popovic • Order, disorder and rheology of biological systems
https://www.pks.mpg.de/de/order-and-disorder-in-driven-systems
Marko Popovic • Order, disorder and rheology of biological systems
Jonathan Rodenfels • Energetics of Biological Systems
https://www.mpi-cbg.de/rodenfels
Jonathan Rodenfels • Energetics of Biological Systems
Ivo Sbalzarini • The MOSAIC Group: Scientific Computing for Image-based Systems Biology
https://www.mpi-cbg.de/sbalzarini
Ivo Sbalzarini • The MOSAIC Group: Scientific Computing for Image-based Systems Biology
Sandra Scharaw • Cell Biology of Tissue Aging
https://www.mpi-cbg.de/scharaw
Sandra Scharaw • Cell Biology of Tissue Aging
Andrej Shevchenko • Mass spectrometry in life sciences
https://www.mpi-cbg.de/shevchenko
Andrej Shevchenko • Mass spectrometry in life sciences
Jacqueline Tabler • Cell biology and dynamics of skull growth
https://www.mpi-cbg.de/tabler
Jacqueline Tabler • Cell biology and dynamics of skull growth
Pavel Tomancak • Patterns of gene expression in animal development
https://www.mpi-cbg.de/tomancak
Pavel Tomancak • Patterns of gene expression in animal development
Agnes Toth-Petroczy • Protein plasticity and evolution
https://www.mpi-cbg.de/toth-petroczy
Agnes Toth-Petroczy • Protein plasticity and evolution
Jesse Veenvliet • Stembryogenesis
https://www.mpi-cbg.de/veenvliet
Jesse Veenvliet • Stembryogenesis
Michael Weber • Nanoscale optical bioimaging
https://www.mpi-cbg.de/weber
Michael Weber • Nanoscale optical bioimaging
Marino Zerial • Principles of cell and tissue organization: from endocytosis to a systems understanding of liver structure and function
https://www.mpi-cbg.de/zerial
Marino Zerial • Principles of cell and tissue organization: from endocytosis to a systems understanding of liver structure and function