Processes that violate the seemingly accidental global symmetries of the Standard Model provide a perfect hunting ground for new physics, examples being proton decay (violating baryon number), neutrinoless double beta decay (violating total lepton number), and lepton-flavor-violating decays. We will review such rare decays and classify them according to their lepton flavor information. The violation of lepton-flavor universality, as recently hinted at by LHCb's measurements of B-meson decays, will be discussed as well
Lepton Flavor Violation in muon decays is gaining more and more interest as a sensitive probe for Su...
Extensions of the Standard Model with low scale (~TeV) lepton number violation generally lead to a p...
Rare decays are flavour changing neutral current processes that allow sensitive searches for phenome...
Abstract: Anomalies in semileptonic B-meson decays present interesting patterns that might be reveal...
In the lepton sector the Standard Model incorporates both lepton-flavour and lepton-number universal...
Abstract: Anomalies in semileptonic B-meson decays present interesting patterns that might be reveal...
Recent anomalies in the decays of B mesons and the Higgs boson provide hints towards lepton flavor (...
The coupling of the electroweak gauge bosons of the Standard Model (SM) to leptons is independent of...
The connection of rare decays to supersymmetric grand unification is highlighted, and a review of th...
We review recent results from the LHCb experiment on studies of particle decays that are forbidden o...
Rare decays are powerful probes for Physics beyond the Standard Model (SM), as new particles can hav...
The physics responsible for neutrino masses and lepton mixing remains unknown. More ex-perimental da...
Leptonic rare decays of neutral B mesons belong to the most favourable processes for testing the fla...
Rare leptonic decays of the B 0 ( s ) mesons are sensitive probes of New Physics. The LHCb exper- im...
Rare decays of b-hadrons provide high sensitivity to New Physics effects. Several deviations with re...
Lepton Flavor Violation in muon decays is gaining more and more interest as a sensitive probe for Su...
Extensions of the Standard Model with low scale (~TeV) lepton number violation generally lead to a p...
Rare decays are flavour changing neutral current processes that allow sensitive searches for phenome...
Abstract: Anomalies in semileptonic B-meson decays present interesting patterns that might be reveal...
In the lepton sector the Standard Model incorporates both lepton-flavour and lepton-number universal...
Abstract: Anomalies in semileptonic B-meson decays present interesting patterns that might be reveal...
Recent anomalies in the decays of B mesons and the Higgs boson provide hints towards lepton flavor (...
The coupling of the electroweak gauge bosons of the Standard Model (SM) to leptons is independent of...
The connection of rare decays to supersymmetric grand unification is highlighted, and a review of th...
We review recent results from the LHCb experiment on studies of particle decays that are forbidden o...
Rare decays are powerful probes for Physics beyond the Standard Model (SM), as new particles can hav...
The physics responsible for neutrino masses and lepton mixing remains unknown. More ex-perimental da...
Leptonic rare decays of neutral B mesons belong to the most favourable processes for testing the fla...
Rare leptonic decays of the B 0 ( s ) mesons are sensitive probes of New Physics. The LHCb exper- im...
Rare decays of b-hadrons provide high sensitivity to New Physics effects. Several deviations with re...
Lepton Flavor Violation in muon decays is gaining more and more interest as a sensitive probe for Su...
Extensions of the Standard Model with low scale (~TeV) lepton number violation generally lead to a p...
Rare decays are flavour changing neutral current processes that allow sensitive searches for phenome...