Hagedorn Systems from Backreacted Finite Temperature N_f=2N_c Backgrounds

Details Hagedorn Systems from Backreacted Finite Temperature N_f=2N_c Backgrounds Hagedorn Systems from Backreacted Finite Temperature N_f=2N_c Backgrounds

2009-08-31

arxiv.org/abs/0908.4483v1

Physics

High Energy Physics

High Energy Physics - Theory

11 pages, 3 figures

Scientific paper

We present non-extremal generalizations of N_f=2N_c supergravity duals obtained by adding flavor branes to the Chamseddine-Volkov-Maldacena-Nunez background and taking their backreaction into account. For a particular range of parameters we obtain a one parameter family of analytic black hole solutions with regular horizons. These solutions have a temperature that is always above the Hagedorn temperature of little string theory. We find that including flavor branes and their backreaction increases the minimum temperature of these systems from T = 1/(4\pi), for the background without flavor, to T = 1/(2\pi \sqrt{1 + epsilon}), epsilon << 1. We show that outside the range of validity of the analytic solutions presented here the backgrounds have naked singularities.

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