* M. Anderson* (New York State University, Stony Brook):
``Gromov
convergence of metrics, with applications to general relativity" (4
hours)

* R. Bartnik* (Canberra University):
``Introduction to the constraint equations I."
(1 hour)

* H. Bray* (Massachussets Institute of Technology):
``Global
inequalities" (3 hours)

* H. Friedrich* (Max Planck Institute for Gravitation, Golm,
Germany):
``Einstein equations, conformal structure, and asymptotic behavior of
space-times" (3 hours)

* G. Galloway* (University of Miami):
``Global Lorentzian geometry and the Einstein Equations" (3 hours)

* R. Geroch* (University of Chicago):
``Diffeomorphism freedom" (3 hours)

* J. Isenberg * (University of Oregon):
``Introduction to the constraint equations II."
(1 hour)

* V. Moncrief* (Yale University):
``The Einstein flow and geometrization"
(3 hours)

* A. Rendall* (Max Planck Institute for Gravitation, Golm,
Germany):
``The Einstein-Vlasov system" (3 hours)

* I. Rodniansky* (Princeton):
``Recent progress on
hyperbolic equations'' (3 hours)