Large N strong / weak coupling phase transition and the correspondence principle

Oct, 1998
14 pages
Published in:
  • Nucl.Phys.B 551 (1999) 229-241
e-Print:
Report number:
  • AS-ITP-98-11,
  • EFI-98-49

Citations per year

199820032008201320170246810
Abstract:
We argue that the large N strong/weak phase transition is a generic phenomenon in a finite temperature supersymmetric Yang-Mills theory of maximal supersymmetry. N=4{\cal N}=4, D=4 SYM is the canonical example, where we also argue that the large N Hawking-Page phase transition disappears for a sufficiently small coupling. The Hawking-Page transition temperature is lowered by the first \ap correction. Physically, the strong/weak phase transition is identified with the correspondence point of Horowitz and Polchinski. We also try to construct toy models to demonstrate the large N phase transitions, with limited success.
Note:
  • 15 pages, harvmac. Minor errors corrected, argument in sect. 3 improved Report-no: AS-ITP-98-11, EFI-98-49
  • gauge field theory: Yang-Mills
  • supersymmetry
  • critical phenomena
  • finite temperature
  • expansion 1/N
  • temperature: Hawking
  • black hole
  • field theory: conformal
  • space: sphere