Organizers:

B. Bringoltz
University of Washington
miller@phys.washington.edu

M. Shifman
University of Minnesota
shifman@umn.edu

M. Unsal
Stanford University
unsal@slac.stanford.edu

L. Yaffe
University of Washington
yaffe@phys.washington.edu

Program Coordinator:
Laura Lee
lee@phys.washington.edu
(206) 685-3509

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Participant list

Workshop page

INT homepage

Large-N phenomenology

The prime motivation for theoretical studies of large-N gauge theories is to improve our non-perturbative understanding of 'low/moderate'-N physical gauge theories such as QCD. This can be accomplished in a phenomenological framework where one uses the aforementioned theoretical features of large-N theories (e.g. factorization of correlation functions, volume/temperature independence, suppression of fundamental fermions, orientifold projections, simplification of baryon structure etc.) to make qualitative and quantitative predictions in physically relevant cases. This phenomenological approach has been recently applied to several areas of research that, in addition to those mentioned in the above sections, include various properties of the QCD baryon sector, the thermodynamics of QCD at nonzero temperature and density, and chiral dynamics.