Large N behavior of mass deformed ABJM theory
arXiv:1512.00249 · doi:10.1007/JHEP03(2016)063
Abstract
In this paper, using the localization technique we analyze the large N limit of the mass deformed Aharony-Bergman-Jafferis-Maldacena (ABJM) theory on the three sphere with a finite mass parameter and finite Chern-Simons levels. We find two different solutions of the saddle point equations in the large N limit. With these solutions we compute the free energy and find that there is a first order phase transition. Our results may predict a phase transition in the dual gravity theory.
25 pages,3 figures; v2: typos corrected, a comment on solution II added, footnotes added, references added
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- Exact Holography of the Mass-deformed M2-brane Theory
- Mass-deformed ABJM Theory and LLM Geometries: Exact Holography
- Supersymmetry Breaking in a Large N Gauge Theory with Gravity Dual
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- M2-branes and -Painlevé equations
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- BPS Wilson loops in mass-deformed ABJM theory: Fermi gas expansions and new defect CFT data
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- Flavored ABJM theory on the sphere and holographic F-functions
- Aspects of Massive Gauge Theories on Three Sphere in Infinite Mass Limit
- Mass deformed ABJM and symmetry
- Non-topological Vortex Configurations in the ABJM Model
- Supersymmetry Breaking Phase in Three Dimensional Large N Gauge Theories
- Deconstructing Deformed D-quivers
- First order framework for gauge k-vortices