Add to ORKGWe study potential New Physics effects in the B → D(∗)τν decays. As a particular example of New Physics models we consider the class of leptoquark models and put the constraints on the leptoquark couplings using the recently measured ratios R(D(∗)) = B(B → D(∗)τν)/B(B → D(∗)µν). For consistency, some of the constraints are compared with the ones coming from the current experimental bound on B(B → Xsνν). In order to discriminate various New Physics scenarios, we examine the correlations between different observables that can be measured in future
We present an analysis of the rare exclusive B decays B → Kνν ̄ and B → K∗νν̄ within the Standard Mo...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
Abstract Motivated by the $$R_{\mathrm{D}^{(*)}}$$ RD(∗) anomalies which may imply hints of New Phys...
Abstract In recent years, the experimental results about the ratio of the branching ratios $$R_{D^{(...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
Abstract Over the past years, experiments accumulated intriguing hints for new physics (NP) in flavo...
Abstract We examine various scenarios in which the Standard Model is extended by a light leptoquark ...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
In recent years, experiments revealed intriguing hints for new physics (NP) in semi-leptonic B decay...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
International audienceWe examine various scenarios in which the Standard Model is extended by a ligh...
We present an analysis of the rare exclusive B decays B → Kνν ̄ and B → K∗νν̄ within the Standard Mo...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
Abstract Motivated by the $$R_{\mathrm{D}^{(*)}}$$ RD(∗) anomalies which may imply hints of New Phys...
Abstract In recent years, the experimental results about the ratio of the branching ratios $$R_{D^{(...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
Abstract Over the past years, experiments accumulated intriguing hints for new physics (NP) in flavo...
Abstract We examine various scenarios in which the Standard Model is extended by a light leptoquark ...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
In recent years, experiments revealed intriguing hints for new physics (NP) in semi-leptonic B decay...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
International audienceWe examine various scenarios in which the Standard Model is extended by a ligh...
We present an analysis of the rare exclusive B decays B → Kνν ̄ and B → K∗νν̄ within the Standard Mo...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...
Three of the most significant measured deviations from standard model predictions, the enhanced deca...