Minimal Fundamental Partial Compositeness

Abstract

Building upon the fundamental partial compositeness framework we provide consistent and complete composite extensions of the standard model. These are used to determine the effective operators emerging at the electroweak scale in terms of the standard model fields upon consistently integrating out the heavy composite dynamics. We exhibit the first effective field theories matching these complete composite theories of flavour and analyse their physical consequences for the third generation quarks. Relations with other approaches, ranging from effective analyses for partial compositeness to extra dimensions as well as purely fermionic extensions, are briefly discussed. Our methodology is applicable to any composite theory of dynamical electroweak symmetry breaking featuring a complete theory of flavour.

22 pages, 4 figures. v2: NDA counting clarified, basis of kinetic operators completed, main conclusions unchanged

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Cited by in corpus (12)

• Third-family quark-lepton unification with a fundamental composite Higgs
• Vacuum misalignment and pattern of scalar masses in the SU(5)/SO(5) composite Higgs model
• Phase structure of complete asymptotically free SU($N_c$) theories with quarks and scalar quarks
• Loop-Generated Neutrino Masses in Composite Higgs Models
• The Techni-Pati-Salam Composite Higgs
• Technically natural Higgs boson from Planck scale
• Electroweak Top Couplings, Partial Compositeness and Top Partner Searches
• Natural Top-Bottom Mass Hierarchy in Composite Higgs Models
• Real and Complex Fundamental Partial Compositeness
• A common origin of the Higgs boson and the flavor hierarchies
• The Radiative Flavor Template at the LHC: Lepton non-universality and g-2
• The high energy fate of the minimal Goldstone Higgs