Search Clay Mathematics Institute

  • About
    About
    • About
    • History
    • Principal Activities
    • Who’s Who
    • CMI Logo
    • Policies
  • Programs & Awards
    Programs & Awards
    • Programs & Awards
    • Funded programs
    • Fellowship Nominations
    • Clay Research Award
    • Dissemination Award
  • People
  • The Millennium Prize Problems
    The Millennium Prize Problems
    • The Millennium Prize Problems
    • Birch and Swinnerton-Dyer Conjecture
    • Hodge Conjecture
    • Navier-Stokes Equation
    • P vs NP
    • Poincaré Conjecture
    • Riemann Hypothesis
    • Yang-Mills & the Mass Gap
    • Rules for the Millennium Prize Problems
  • Online resources
    Online resources
    • Online resources
    • Books
    • Video Library
    • Lecture notes
    • Collections
      Collections
      • Collections
      • Euclid’s Elements
      • Ada Lovelace’s Mathematical Papers
      • Collected Works of James G. Arthur
      • Klein Protokolle
      • Notes of the talks at the I.M.Gelfand Seminar
      • Quillen Notebooks
      • Riemann’s 1859 Manuscript
  • Events
  • News

Home — Events — Nonlinear Dispersive and Wave Equations: Recent Developments and Future Directions

Nonlinear Dispersive and Wave Equations: Recent Developments and Future Directions

Date: 11 - 15 December 2023

Location: Monash University

Event type: Conference

Organisers: Max Engelstein (Minnesota), Zihua Guo (Monash), Gigliola Staffilani (MIT)

Website: sites.google.com/view/dispersive-pde/home

In the past two decades the field of dispersive and wave equations has witnessed a remarkable amount ofd. successful research that has been underlined by the use of tools for a broad spectrum of analytic areas: harmonic and Fourier analysis, hyperbolic theory, microlocal analysis, differential geometry, probability, analytic number theory and dynamical systems.

The conference will focus on a number of different areas, including well-posedness for critical and supercritical Schrödinger and wave equations, blow up, profile decomposition, soliton resolution conjecture, invariance of Gibbs measures and well-posedness of dispersive equations with random data, Strichartz estimates and related results in harmonic analysis, energy transfer and derivation of wave kinetic equations.

CMI Enhancement and Partnership Program

Share

Related events

See all events
Hungarian Academy of Sciences
22 - 26 June 2026

Geometry and Topology in Low Dimensions: Lasting Trends and Emerging Directions

Hungarian Academy of Sciences

Read more
default event image
3 - 7 August 2026

The Gross-Zagier Formula, 40 Years Later

Massachusetts Institute of Technology

Read more
default event image
8 - 18 July 2026

Foundations of Computational Mathematics (FoCM 2026)

University of Vienna

Read more
default event image
16 - 27 February 2026

Geometric Structures and Stability

ICTS-TIFR, Bengaluru

Read more
See all events
  • Privacy Policy
  • Contact CMI

© 2025 Clay Mathematics Institute

Site by One