2003arXiv (Cornell University)Open access

Two-Graviton Interaction in PP-Wave Background in Matrix Theory and Supergravity

Hok Kong Lee, Xinkai Wu

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Abstract

We compute the two-body one-loop effective action for the matrix theory in the pp-wave background, and compare it to the effective action on the supergravity side in the same background. Agreement is found for the effective actions on both sides. This points to the existence of a supersymmetric nonrenormalization theorem in the pp-wave background.

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We compute the two-body one-loop effective action for the matrix theory in the pp-wave background, and compare it to the effective action on the supergravity side in the same background. Agreement is found for the effective actions on both sides. This points to the existence of a supersymmetric nonrenormalization theorem in the pp-wave background.

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Available abstract

We compute the two-body one-loop effective action for the matrix theory in the pp-wave background, and compare it to the effective action on the supergravity side in the same background. Agreement is found for the effective actions on both sides. This points to the existence of a supersymmetric nonrenormalization theorem in the pp-wave background.

Key concepts: Graviton, Supergravity, Physics, Matrix (chemical analysis), Theoretical physics, Higher-dimensional supergravity, Mathematical physics, Quantum electrodynamics

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