activity
20002004
most citedTwo-dimensional gravitational anomalies, Schwinger terms and dispersion relations

100 citations · 225 across the 7 of their papers we have counts for

collaborators

7 papers

hep-th2004★ 6 cited

Localized gravity in non-compact superstring models

Emmanuel Kohlprath, Pierre Vanhove

We discuss a string-theory-derived mechanism for localized gravity, which produces a deviation from Newton's law of gravitation at cosmological distances. This mechanism can be rea…

hep-th2003★ 23 cited

Induced gravity in Z_N orientifold models

Emmanuel Kohlprath

We consider non-compact Z_N orientifold models of type IIB superstring theory with four-dimensional gravity induced on a set of coincident D3-branes. For the models with odd N the…

hep-th2002★ 7 cited

Renormalization of the Planck mass for type II superstrings on symmetric orbifolds

Emmanuel Kohlprath

We compute the one-loop renormalization of the Planck mass for type II string theories compactified to four dimensions on symmetric orbifolds that preserve supersymmet…

gr-qc2002★ 86 cited

Black holes from high-energy beam--beam collisions

Emmanuel Kohlprath, Gabriele Veneziano

Using a recent technique, proposed by Eardley and Giddings, we extend their results to the high-energy collision of two beams of massless particles, i.e. of two finite-front shock…

hep-th2002

Schwinger terms in gravitation in two dimensions as a consequence of the gravitational anomaly

Emmanuel Kohlprath

We compute the Schwinger term in the gravitational constraints in two dimensions, starting from the path integral in Hamiltonian form and the Einstein anomaly.

hep-th2000★ 100 cited

Two-dimensional gravitational anomalies, Schwinger terms and dispersion relations

R. A. Bertlmann, E. Kohlprath

We are dealing with two-dimensional gravitational anomalies, specifically with the Einstein anomaly and the Weyl anomaly, and we show that they are fully determined by dispersion r…

hep-th2000★ 3 cited

Schwinger terms in two-dimensional gravitation and Kallen's method

R. A. Bertlmann, E. Kohlprath

We evaluate the gravitational Schwinger terms for the specific two-dimensional model of Weyl fermions in a gravitational background field using a technique introduced by Kallen and…