Simons- talk

  1. Title:
    10+ Years of ADVANCE at Michigan Tech

    Speaker:

    Link:

  2. Title:
    TDA of Financial Time Series: Landscapes of Crashes

    Speaker:

    Link:

  3. Title:
    Broadening the Computer Science Community: Examining successful strategies for significantly increasing diversity in STEM fields

    Speaker:

    Link:

  4. Title:
    Breaking Enigma the first time

    Speaker:

    Link:

  5. Title:
    A $C^\infty$-closing lemma for three-dimensional Reeb flows via embedded contact homology

    Speaker:

    Link:

  6. Title:
    Exploded manifolds and degeneration formulas for Gromov-Witten invariants

    Speaker:

    Link:

  7. Title:
    Exploded manifolds and degeneration formulas for Gromov-Witten invariants

    Speaker:

    Link:

  8. Title:
    Exploded manifolds and degeneration formulas for Gromov-Witten invariants

    Speaker:

    Link:

  9. Title:
    Time-analyticity of Lagrangian particle trajectories in ideal fluid flow

    Speaker:

    Link:

  10. Title:
    On non-perturbative quantization, Fukaya categories and resurgence

    Speaker:

    Link:

  11. Title:
    On non-perturbative quantization, Fukaya categories and resurgence

    Speaker:

    Link:

  12. Title:
    Riemann-Hilbert correspondence for usual and quantum D-modules

    Speaker:

    Link:

  13. Title:
    Riemann-Hilbert correspondence for usual and quantum D-modules

    Speaker:

    Link:

  14. Title:
    The moduli space of S1-type zero loci for Z/2-harmonic spinors in dimension 3 and the guideline to define a new invariant

    Speaker:

    Link:

  15. Title:
    A Monotonicity Theorem for Two-dimensional Boundaries and Defects

    Speaker:

    Link:

  16. Title:
    String Glasses

    Speaker:

    Link:

  17. Title:
    Future directions: Matrix models and the eigenstate thermalization hypothesis. A sketch of how good (non-disordered) theories work.

    Speaker:

    Link:

  18. Title:
    A Lorentzian duality for a 2d stringy black hole.

    Speaker:

    Link:

  19. Title:
    Non-perturbative aspects of the constraint equations. Enriching JT gravity with branes. Effective field theory and matrix models.

    Speaker:

    Link:

  20. Title:
    Introduction: Black hole information puzzles. Euclidean versus Lorentzian gravity. Review of 2d gravity.

    Speaker:

    Link: