Birs- 23w5011: Applications of Stochastic Control to Finance and Economics

  1. Title:
    Propagation of chaos for Schrödinger problems with interacting particles

    Speaker:

    Link:

  2. Title:
    Uniform-in-time propagation of chaos for mean-field Langevin dynamics

    Speaker:

    Link:

  3. Title:
    Viscosity solutions for the mean-field control

    Speaker:

    Link:

  4. Title:
    Contracting with a present-biased agent: Sannikov meets Laibson

    Speaker:

    Link:

  5. Title:
    Democratic policy decisions with decentralized promises contingent on vote outcome

    Speaker:

    Link:

  6. Title:
    Equilibria as solutions to Schrödinger problems

    Speaker:

    Link:

  7. Title:
    Portfolio choice under taxation and expected market time constraint

    Speaker:

    Link:

  8. Title:
    The role of correlation in diffusion control ranking games

    Speaker:

    Link:

  9. Title:
    Generative modeling for time series via Schrödinger bridge

    Speaker:

    Link:

  10. Title:
    Market equilibrium under proportional transaction costs in a stochastic factor model

    Speaker:

    Link:

  11. Title:
    Money implements optimal contract

    Speaker:

    Link:

  12. Title:
    Order routing and market quality: Who benefits from internalization?

    Speaker:

    Link:

  13. Title:
    Persistent private information revisited

    Speaker:

    Link:

  14. Title:
    Reward and monitoring in dynamic contracts

    Speaker:

    Link:

  15. Title:
    Smoothness of value functions in general control–stopping diffusion problems

    Speaker:

    Link:

  16. Title:
    A stationary mean-field equilibrium model of irreversible investment

    Speaker:

    Link:

  17. Title:
    Holding stocks, trading bonds

    Speaker:

    Link:

  18. Title:
    Asset pricing with costly short sales

    Speaker:

    Link:

  19. Title:
    Viscosity solutions for fully nonlinear path dependent HJB equations on the Wasserstein space

    Speaker:

    Link:

  20. Title:
    Mean field games of optimal stopping

    Speaker:

    Link: