New research group 'Nonequilibrium Quantum Matter'
We welcome Prof. Takashi Oka who joined the institute from University of Tokyo to head the research group 'Nonequilibrium Quantum Matter'. The joint group between the our institute and the neighbouring MPI for Chemical Physics of Solids (MPI- CPfS) was established in order to provide an organisational framework combining the respective expertise of the institutes, in particular enabling a young scientist to benefit from both access to experimental work at MPI-CPfS and the theory environment at MPIPKS.
Max Planck Fellow Prof. Roland Ketzmerick extended until 2020
The Max Planck Fellow Programme promotes cooperation between outstanding university professors and Max Planck Society
researchers. The appointment of university professors as Max Planck Fellows is limited to a five-year period with the possibility of a five-year extension and entails the supervision of a small working group at a Max Planck institute.
We are very happy to announce that the Max Planck Fellow Group of Prof. Roland Ketzmerick (TU Dresden) has been extended by the Max Planck Society until 2020.
Max Planck Research Magazin features Jens Bardarson
What do soccer and quantum mechanics have in common? Both have surprising twists in store that are difficult to predict. Soccer, however, at least follows some rules that are more or less reliable. As a striker, Jens Hjörleifur Bárdarson controls the ball; as a physicist, he masters the rules of the quantum universe. The 35-year-old researcher at the Max Planck Institute for the Physics of Complex Systems in Dresden studies atomic particles, which display many a tricky move.
New research group 'Ultrafast laser-matter interaction'
The new group is headed by Dr. Alexandra Landsman and studies the creation of ultrafast flashes of light and the interaction of this ultrafast light with matter using a variety of numerical and analytic methods, ranging from the solution of the Schrodinger equation to semi-classical approaches to techniques from nonlinear dynamical systems.
New research group 'Quantum Matter – Transport and Dynamics'
The new research group is headed by Dr. Jens Bardarson and studies quantum matter, condensed matter which properties are dominated by quantum effect, with focus ranging from fundamental theory to direct comparison and collaboration with
experimental groups, in particular in Dresden.
New research group 'Self-Organization of Biological Structures'
The junior research group headed by Dr. Jan Brugués is affiliated with both our institute and the MPI of Molecular Cell Biology and Genetics. It is focused on understanding how the large-scale patterns and behaviors of biological structures emerge from the collective behaviors of molecules.
The junior research group headed by Dr. Alexander Eisfeld investigates the emergence of collective effects in assemblies of atoms or molecules, with a particular focus on the coupling between electronic and nuclear degrees of freedom.
New research group 'Computational Biology and Evolutionary Genomics'
The joint junior research group between our institute and the MPI of Molecular Cellbiology and Genetics is headed by Dr. Michael
Hiller and uses computational approaches to link phenotypic differences between species to differences in their genomes, which is key to understand how nature’s phenotypic diversity evolved.