Physics – High Energy Physics – High Energy Physics - Phenomenology
Scientific paper
2006-12-14
JHEP 0705:074,2007
Physics
High Energy Physics
High Energy Physics - Phenomenology
41 pages, 8 figures. v2: minor corrections, a few comments and one reference added. v3: minor errors in eq.(32), (42) and (58)
Scientific paper
10.1088/1126-6708/2007/05/074
This is the first of two papers aimed at economically capturing the collider phenomenology of warped extra dimensions with bulk Standard Model fields, where the hierarchy problem is solved non-supersymmetrically. This scenario is related via the AdS/CFT correspondence to that of partial compositeness of the Standard Model. We present a purely four-dimensional, two-sector effective field theory describing the Standard Model fields and just their first Kaluza-Klein/composite excitations. This truncation, while losing some of the explanatory power and precision of the full higher-dimensional warped theory, greatly simplifies phenomenological considerations and computations. We describe the philosophy and explicit construction of our two-sector model, and also derive formulas for residual Higgs fine tuning and electroweak and flavor precision variables to help identify the most motivated parts of the parameter space. We highlight several of the most promising channels for LHC exploration. The present paper focusses on the most minimal scenario, while the companion paper addresses the even richer phenomenology of the minimal scenario of precision gauge coupling unification.
Contino Roberto
Kramer Thomas
Son Minho
Sundrum Raman
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