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In the context of the VLA-COSMOS Deep project, additional VLA A array observations at 1.4 GHz were obtained for the central degree of the COSMOS field and combined with the existing data from the
Simultaneous explanation of the RK and RD*$$ {R}_{D^{\left(*\right)}} $$ puzzles: a model analysis
A bstractRK and RD*$$ {R}_{D^{\left(*\right)}} $$ are two B-decay measurements that presently exhibit discrepancies with the SM. Recently, using an effective field theory approach, it was
Phenomenology of Λb → Λcτν¯τ using lattice QCD calculations
National Science Foundation [PHY-1414345, OCI-1053575]; RHIC Physics Fellow Program of the RIKEN BNL Research Center; U.S. Department of Energy [DE-AC02-05CH11231]
Triple-Product Correlations in B -> V1 V2$ Decays and New Physics
In this paper we examine T-violating triple-product correlations (TP's) in B -> V1 V2 decays. TP's are excellent probes of physics beyond the standard model (SM) for two reasons: (i) within the SM,
New physics in b → s μ + μ − after the measurement of R K *
The recent measurement of $R_{K^*}$ is yet another hint of new physics (NP), and supports the idea that it is present in $b\to s\mu^+\mu^-$ decays. We perform a combined model-independent and
New light mediators for the RK and RK* puzzles
The measurements of $R_{K}$ and $R_K^{*}$ provide hints for the violation of lepton universality. However, it is generally difficult to explain the $R_{K^*}$ measurement in the low $q^2$ range,
D∗τ−ν̄τ Angular Distribution and CP violating Triple Products
We perform a comprehensive study of the impact of new-physics operators with different Lorentz structures on B̄ → Dlν̄l decays, (l = e, μ, τ) involving the b → clνl transition. We present the full