Field Theory Operator Encoding in N=2 Geometries

Details Field Theory Operator Encoding in N=2 Geometries Field Theory Operator Encoding in N=2 Geometries

2001-11-09

arxiv.org/abs/hep-th/0111082v1

JHEP0201:016,2002

Physics

High Energy Physics

High Energy Physics - Theory

11 pages

Scientific paper

10.1088/1126-6708/2002/01/016

We investigate supergravity solutions describing D5 branes wrapped on a two cycle which are dual to N=2 super Yang Mills theory. Brane probing these solutions allows the moduli space of the field theory to be identified. There are a unique set of coordinates in which the field theory on the probe takes an N=2 form and in these coordinates the running coupling of the gauge theory may be identified. We show that the geometry, when restricted to the moduli space, takes a very simple form involving only two functions. One is the running gauge coupling whilst the other parametrizes the scalar operators of the field theory. The D5 brane distributions, for the full set of solutions in the literature,can be determined by assuming the field theory's form for the running coupling as a function of scalar vevs. We show that the resulting distributions also correctly reproduce the scalar operators parametrized elsewhere providing the first non-trivial consistency check on the duality.

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