Ehlers, J.: Vorlesungen über allgemeine Relativitätstheorie. Physik-Combo der Universitäten Leipzig, Halle, Jena für Doktoranden und Diplomanden, Jena (2002)

Nicolai, H.: Verallgemeinerte Kac Moody Algebren aus Sicht des Physikers. Mathematisches Seminar der Universität Hamburg, Universität Hamburg (2002)

Schomerus, V.: D-branes in curved backgrounds. European Winter School, RTN 2002, Utrecht, the Netherlands (2002)

Rendall, A. D.: When do the Einstein equations lead to simple singularities? Three-city geometric PDE seminar, ETH Zürich (2002)

Koppitz, M.: Meudon Data in Cactus. EU-Network meeting, Southampton (Great Britain) (2002)

Schutz, B. F.: Gravity from the Ground Up. John F Kennedy School, Berlin (2002)

Nicolai, H.: On hidden symmetries in D="11" supergravity and beyond. "Fundamental Interactions: From Symmetries to Black Holes" in honor of Francois Englert, Universite Libre de Bruxelles, Belgium (1999)

Loll, R.: Still on the way to quantizing gravity. 12th Italian Conference on General Relativity and Gravitational Physics, Roma, Italia (1996)

Schutz, B. F.: Triana Data Analysis Tools. GEO Data Analysis Workshop, AEI Golm bei Potsdam (1995)

Dasgupta, A.: Realities on the path to quantum gravity.

Ehlers, J.: Gravitationslinsen.

Hawke, I.: Critical collapse and primordial black holes.

Husa, S.: Der konforme Weg zur numerischen Relativitätstheorie.

Junker, W.: Quantum field theory in curved spacetimes and microlocal analysis.

Junker, W.: Eine Verallgemeinerung der mikrolokalen Spektrumsbedingung für adiabatische Vakuumzustände.

Nicolai, H.: Gauged maximal supergravities in three dimensions.

Pankiewicz, A.: Localized closed string tachyon condensation.

Ponsot, B.: Fusion matrix of the SL(2,C)/SU(2) WZNW model.

Ponsot, B.: Monodromy of conformal blocks in the SL(2,C)/SU(2) WZNW model.

Reimann, B.: Observational Evidence for Black Holes.