The unusual electron transport in metallic Kagome nets
Philip J. W. Moll
Prof. Dr. Philip J. W. Moll (Max Planck Institute for the Structure and Dynamics of Matter, Hamburg)
This 2-day event will be used as an ice breaker for the members of the MGK. The young researcher get the chance to get to know each other. First young researchers present topics related to their work. The Ö-project gives a presentation about Educational Escape Games and ideas of the young researchers for the Quantum […]
Magneto-optical detection of topological contributions to the anomalous Hall effect in kagome magnets
Sándor Bordács
Prof. Dr. Sándor Bordács (Budapest University of Technology and Economics, Hungary)
Broadband optical studies of kagome metals
Ece Uykur
Ece Uykur (Institute of Ion Beam Physics and Materials Research, Helmholtz-Zentrum)
Controlled quantum materials
Daniele Fausti
D. Fausti (Department of Physics, University of Trieste, Trieste; Elettra Sincrotrone Trieste S.c.p.a., Trieste; Department of Physics, University of Erlangen Nuremberg)
Magnetic field versus temperature phase diagram of an effective spin-1/2 zigzag chain in a magnetic semiconductor YbCuS2
Takahiro Onimaru
Prof. Dr. Takahiro Onimaru (Graduate School of Advanced Science and Engineering, Hiroshima University, Japan)
Quantum criticality on compressed lattices
Markus Garst
Quantum criticality on compressed lattices Prof. Dr. Markus Garst Karlsruher Institut für Technologie At a quantum phase transition, the ground state of a system changes as a function of a non-thermal control parameter. In a solid, the associated quantum critical degrees of freedom generically couple to the crystal lattice. This coupling is potentially able to change […]
Altermagnetism: spin symmetry prediction and photoemission observation
Libor Šmejkal
Altermagnetism: spin symmetry prediction and photoemission observation Libor ŠmejkalUniversity of Mainz Venue
Exploring quantum impurities and measurement backaction via tensor-networks
Oded Zilberberg
Exploring quantum impurities and measurement backaction via tensor-networks Oded Zilberberg Universität Konstanz Tensor networks allow us to compress and efficiently represent one-dimensional many-body states. This relies on truncating small correlations and entanglement along the system's length. At the same time, the representation provides easy access to these correlations. My talk will be divided into three […]
