Area A - Topological Electrons

The main research objectives of Area A are devoted to the development of novel topological materials, the investigation of the interplay of electronic correlations and spin-orbit coupling in topological systems, the exploitation of superconducting hybrid systems as seeds for emergent particles, such as Majorana- or parafermions, the interaction between light and matter with respect to axion electrodynamics, and hydrodynamic transport phenomena in electronic systems based on Dirac fermions.

Recent Publications

  • 21 Jan 2021

    {ACS} Catalysis

    Momentum for Catalysis: How Surface Reactions Shape the {RuO}2 Flat Surface State

  • 28 Dec 2020

    Phys. Rev. Research

    Anomalous levitation and annihilation in Floquet topological insulators

  • 08 Dec 2020

    Phys. Rev. Lett.

    Many-Body Delocalization via Emergent Symmetry

  • 03 Dec 2020

    Phys. Rev. Materials

    Polymorphic ${\mathrm{PtBi}}_{2}$: Growth, structure, and superconducting properties

  • 19 Nov 2020

    npj Quantum Materials

    Non-local effect of impurity states on the exchange coupling mechanism in magnetic topological insulators

  • 06 Nov 2020

    Phys. Rev. B

    Anisotropic vortices on superconducting Nb(110)

  • 06 Nov 2020

    Phys. Rev. Research

    Dirty higher-order Dirac semimetal: Quantum criticality and bulk-boundary correspondence

  • 04 Nov 2020

    Journal of High Energy Physics

    Complexity measures from geometric actions on Virasoro and Kac-Moody orbits

  • 02 Nov 2020

    npj Quantum Materials

    Deconfinement of Mott localized electrons into topological and spin–orbit-coupled Dirac fermions

Our website uses cookies and Matomo to guarantee you the best possible user experience. You can find more information in our Privacy Policy.