Exact Supersymmetric Amplitude for \kkb\/ and \bbb\/ Mixing
arXiv:hep-ph/9304218 · doi:10.1142/S0217732393003123
Abstract
We present the most general supersymmetric amplitude for \kkb\/ and \bbb\/ mixing resulting from gluino box diagrams. We use this amplitude to place general constraints on the magnitude of flavor-changing squark mass mixings, and compare these constraints to theoretical predictions both in and beyond the Minimal Supersymmetric Standard Model.
11 pages plus 2 figures available on request, MIU-THP-92/60
Cited by in corpus (20)
- Supersymmetric Dark Matter
- Resolving the Constrained Minimal and Next-to-Minimal Supersymmetric Standard Models
- Towards a Model-Independent Analysis of Rare Decays
- Towards a Model Independent Analysis of Rare Decays
- Non-Universal GUT Corrections to the Soft Terms and their Implications in Supergravity Models
- R-parity Violation Effects through Soft Supersymmetry Breaking Terms and the Renormalisation Group
- QCD Corrections to Flavor-Changing Neutral Currents in the Supersymmetric Standard Model
- R-Parity Violation and Quark Flavour Violation
- Flavor changing neutral current processes in and decays in the supergravity model
- Constraints on supersymmetric soft phases from renormalization group relations
- Constraints on non-universal soft terms from flavor changing neutral currents
- Infra-red fixed point structure of soft supersymmetry breaking mass terms
- Some Phenomenological Implications of String Loop Effects
- -- mixing and parameter in the minimal supergravity model
- A Solution to the Small Phase Problem of Supersymmetry
- QCD Corrections to K-Kbar Mixing in R-symmetric Supersymmetric Models
- Contributions from SUSY-FCNC couplings to the interpretation of the HyperCP events for the decay Σ^+ \to p μ^+ μ^-
- Production of Heavy Selectrons in Electron-Photon Collisions
- Muon g-2 through a flavor structure on soft SUSY terms
- Exploring Constraints on Simplified Dark Matter Model Through Flavour and Electroweak Observables