Two dimensional quantum chromodynamics in the limit of infinite colors with a finite chemical potential
Two dimensional large N lattice gauge theory is considered in the presence of a baryonic chemical potential. A review of lattice field theory, large N gauge theory and Eguchi-Kawai reduction is given. We work with one copy of naïve fermion and argue that reduction holds even in the presence of a che...
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| Format: | Others |
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FIU Digital Commons
2009
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| Online Access: | http://digitalcommons.fiu.edu/etd/3444 |
| Summary: | Two dimensional large N lattice gauge theory is considered in the presence of a baryonic chemical potential. A review of lattice field theory, large N gauge theory and Eguchi-Kawai reduction is given. We work with one copy of naïve fermion and argue that reduction holds even in the presence of a chemical potential. Analytical arguments supported by numerical studies show that there is no phase transition as a function of the baryonic chemical potential. |
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