M.Sc. Matteo Dürrnagel

• Altermagnetism
• Exotic charge orders in kagome metals
• Pair density waves and unconventional superconducting orders
• Superfluidity in flat bands
• Synergistic approaches for correlated electron-phonon systems
• Vortex proliferation and BKT physics

My research is centered around the emergent behavior of correlated many-particle systems. In particular, I am interested how non-trivial quantum geometric and topological features of the normal state transcend to the symmetry breaking propensities of realistic materials, which I study by a variety of analytical and numerical methods.

I am co-supervised by Sebastian Huber at ETH Zürich, where I have spent half of my PhD. Other frequent collaborators include Domenico DiSante (University of Bologna), Xianxin Wu (Chinese Academy of Science), and Stephan Rachel (University of Melbourne).