On The Problem of the Quantum Heterotic Vortex
Mar, 200947 pages
Published in:
- JHEP 06 (2009) 016
e-Print:
- 0903.3422 [hep-th]
Report number:
- FTPI-MINN-09-09,
- UMN-TH-2739-09
View in:
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Abstract: (arXiv)
We address the problem of non-Abelian super-QCD, with a Fayet-Iliopoulos term, as seen from the vortex worldsheet perspective. Together with the FI term , also a mass for the adjoint superfield enters in the game. This mass allows the interpolation between and super-QCD. While the phenomenology of the case () is pretty much understood, much remains to be clarified for the finite- case. We distinguish, inside the parameter space spanned by the FI term and the mass , four different corners where some quantitative statements can be made. These are the regions where the strong dynamics can, in some approximation, be quantitatively analyzed. We focus in particular on two questions: 1) Is the quantum vortex BPS or non-BPS? 2) What is the phase of the internal non-Abelian moduli? We find that the answer to these questions strongly depends upon the choice of the linear term in the superpotential. We also try to explain what happens in the most unexplored, and controversial, region of parameters, that of the quantum heterotic vortex, where .Note:
- 47 pp; v2: typos
- gauge field theory: U(N)
- supersymmetry: 2
- field theory: deformation
- Seiberg-Witten model
- effective action
- superpotential
- field equations: vortex
- soliton: BPS
- string model
- operator: vertex
References(29)
Figures(8)