Rare B -> K^* (nu) bar(nu) decay beyond standard model
arXiv:hep-ph/0101066 · doi:10.1016/S0370-2693(01)00365-3
Abstract
Using the most general, model-independent form of effective Hamiltonian, the exclusive, rare $B \rar K^\ast ν\bar ν$ decay is analyzed. The sensitivity of the branching ratios and missing mass-squared spectrum to the new Wilson coefficients is discussed.
12 pp, 3 figures (postscript formatted), LaTex formatted
Cited by in corpus (11)
- QCD Corrections to B -> X_{d,s} nu nubar, B_{d,s} -> l^+l^-, K -> pi nu nubar and K_L -> mu^+ mu^- in the MSSM
- B \to K(K^*) missing energy in Unparticle physics
- Exclusive (Lambda_b -> Lambda l^+ l^-) decay beyond standard model
- When Energy Goes Missing: New Physics in with Sterile Neutrinos
- Exclusive B-> M ν\barν (M= π, K, ρ, K^*) Decays and Leptophobic Z^\prime Model
- Semileptonic Lambda(b)-->Lambda neutrino antineutrino decay in the Leptophobic Z-prime model
- b\to sν\barν decay in the MSSM: Implication of b\to sγat large tan beta
- Unparticle physics effects in (Lambda_b -> Lambda + missing energy) processes
- Studying Exclusive Semi-leptonic Decays in the MSSM without R-parity
- Rare decays B\to Mν\barν in the TC2 model and the LHT model
- Feasibility Study of Lepton Number Violation in Rare and Meson Decays