Simons- Workshop: Ergodic Operators and Quantum Graphs

  1. Title:
    Multiscale Analysis in Momentum Space for Multi-Dimensional Quasi-Periodic Schrodinger Operators

    Speaker:

    Link:

  2. Title:
    Reducibility of the Bloch and Fermi Varieties

    Speaker:

    Link:

  3. Title:
    Eigenvector behavior for graphs from quantized interval maps

    Speaker:

    Link:

  4. Title:
    Spectral approximations beyond dimension one

    Speaker:

    Link:

  5. Title:
    Spectral Properties of Periodic Elastic Beam Hamiltonians on Hexagonal Lattices

    Speaker:

    Link:

  6. Title:
    Two classes of ergodic operators on quantum graphs

    Speaker:

    Link:

  7. Title:
    Laplacians on Infinite Graphs

    Speaker:

    Link:

  8. Title:
    Localization and eigenvalue statistics within Hartree-Fock theory

    Speaker:

    Link:

  9. Title:
    Spectral flows and the Robin count deficiency for metric graphs

    Speaker:

    Link:

  10. Title:
    The Maslov index and the spectrum of differential operators

    Speaker:

    Link:

  11. Title:
    Magnetic oscillations in a model of (twisted bilayer) graphene

    Speaker:

    Link:

  12. Title:
    Universality of nodal count statistics in large graphs

    Speaker:

    Link:

  13. Title:
    Generic Laplace eigenfunctions of finite metric graphs

    Speaker:

    Link:

  14. Title:
    The Kronig-Pennet model in a quadratic channel with delta interactions

    Speaker:

    Link:

  15. Title:
    M-functions and metric graphs:hierarchy, inverse problems and magnetic fluxes

    Speaker:

    Link:

  16. Title:
    1-Dim Half-line Schrödinger Operators with H^{-1} Potentials

    Speaker:

    Link:

  17. Title:
    Time dependent quantum graphs and the geometric phase

    Speaker:

    Link:

  18. Title:
    On the hot spots of quantum graphs

    Speaker:

    Link:

  19. Title:
    Localization for anisotropic XY spin chain in quasi-periodic magnetic field

    Speaker:

    Link:

  20. Title:
    Fermi isospectrality for discrete periodic Schrödinger operators

    Speaker:

    Link: