LMU Munich · Faculty of Physics
Strongly correlated quantum matter, tensor networks and quantum simulation
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Dean of the Faculty of Physics · LMU Munich
Univ. Prof. Dr. Ulrich Schollwöck
Chair Holder · W3-Professur für Theoretische Physik — Theorie der Quantenmaterie
Dean · Faculty of Physics, LMU Munich (since October 2024)
Executive Council · Munich Center for Quantum Science and Technology (MCQST)
Golden Sommerfeld Award for Teaching 2023 · Faculty of Physics, LMU Munich
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The Chair of Theoretical Nanophysics at LMU Munich, held by Prof. Dr. Ulrich Schollwöck, develops advanced theoretical and numerical methods to study strongly correlated quantum many-body systems. We are internationally recognised for our work on tensor-network techniques — including matrix product states and DMRG — and apply them to quantum dynamics, low-dimensional systems, and quantum simulation.
Our research combines analytical insight with state-of-the-art computation to address fundamental questions at the interface of condensed matter physics, quantum information and ultracold-atom experiments.
Current Research Focus
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Tensor Networks & 2D Hubbard
Matrix product states and DMRG applied to strongly correlated electron physics.
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Quantum Simulation with Cold Atoms
Theory guiding and interpreting ultracold-atom experiments.
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Fracton Matter & Error Correction
Exotic phases of matter and their role in fault-tolerant quantum computing.
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Out-of-Equilibrium Dynamics
Quench physics, thermalisation and real-time evolution of many-body systems.
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Machine Learning for Phase Characterisation
Data-driven methods to identify and classify quantum phases of matter.
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Research Groups at the Chair
Alongside the Schollwöck group, the chair hosts five independent research groups:
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ERC Starting Grant
Prof. Dr. Fabian Grusdt
Quantum Many-Body Theory group · SimUcQuam · ultracold atoms, Hubbard physics, magnetic polarons
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ERC Starting Grant · MPQ
Prof. Dr. Jad Halimeh
QuSiGauge · Max Planck W2 Research Group · gauge theories, synthetic quantum systems
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Group Leader
Dr. Sebastian Paeckel
Tensor-network methods and strongly correlated quantum systems
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Group Leader
Prof. Dr. Lode Pollet
MCQST · Munich Quantum Valley · ultracold bosons, quantum Monte Carlo, lattice gauge theories
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Emmy Noether Fellow
Dr. Christian Schilling
Reduced density matrix functional theory, quantum information in many-body systems
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For all organisational matters concerning the chair — including visitor arrangements, institutional partnerships and research coordination — please contact the Chair Manager, Kathrin Higgen: kathrin.higgen@lmu.de