SuperTopcolor
arXiv:1012.5394 · doi:10.1007/JHEP01(2011)111
Abstract
We consider a supersymmetric QCD with soft supersymmetry breaking terms as the dynamics for the electroweak symmetry breaking. We find various advantages compared to the non-supersymmetric models, such as a natural incorporation of the dynamical top-quark mass generation (the topcolor mechanism), the existence of a boson-pair condensation (the composite Higgs fields) and a large anomalous dimension of the composite operator to cure the flavor-changing-neutral-current and the S-parameter crises of the technicolor theories. The knowledge of the weakly coupled description (the Seiberg duality) enables us to perform perturbative computations in strongly coupled theories. Working in a large flavor theory where perturbative calculations are reliable in the dual description, one can find a stable vacuum with chiral symmetry breaking. The top/bottom quarks and also the Higgsinos obtain masses through a dynamically generated superpotential.
20 pages
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Cited by in corpus (15)
- Alternatives to an Elementary Higgs
- A Seiberg Dual for the MSSM: Partially Composite W and Z
- Electroweak Symmetry Breaking in the DSSM
- Mapping Anomalous Currents in Supersymmetric Dualities
- A Fat Higgs with a Magnetic Personality
- Hidden local symmetry and color confinement
- The Lightest Higgs Boson Mass in the MSSM with Strongly Interacting Spectators
- Partially Composite Higgs in Supersymmetry
- An Attractor for Natural Supersymmetry
- Phenomenology of Partially Composite Standard Model
- Emergent Higgs from hidden dimensions
- Lower limit on the gravitino mass in low-scale gauge mediation with GeV
- Spontaneous Parity Violation in SUSY Strong Gauge Theory
- SUSY vs LHC
- Composite Higgsino