Super-oblique corrections and non-decoupling of supersymmetry breaking

Abstract

If supersymmetric partners of the known particles have masses at the multi-TeV scale, they will not be directly discovered at planned future colliders and decouple from most observables. However, such superpartners also induce non-decoupling effects that break the supersymmetric equivalence of gauge boson couplings $g_i$ and gaugino couplings $h_i$ through supersymmetric analogues of the oblique corrections. Working within well-motivated theoretical frameworks, we find that multi-TeV scale supersymmetric particles produce deviations at the 1-10% level in the ratios $h_i/g_i$. Such effects allow one to bound the scale of kinematically inaccessible superpartners through precision measurements of processes involving the accessible superparticles. Alternatively, if all superpartners are found, significant deviations imply the existence of highly split exotic supermultiplets.

18 pages, REVTeX, no figure

References in corpus (2)

• Horizontal, Anomalous U(1) Symmetry for the More Minimal Supersymmetric Standard Model
• A Model with Anomalous U(1) Induced Supersymmetry Breaking

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