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In this work, we explore a well motivated beyond the Standard Model scenario,namely, R-parity violating Supersymmetry, in the context of light neutrinomasses and mixing. We assume that the R-parity is only broken by the leptonnumber violating bilinear term. We try to fit two non-zero neutrino mass squaredifferences and three mixing angle values obtained from the global $\chi^2$analysis of neutrino oscillation data. We have also taken into account theupdated data of the standard model (SM) Higgs mass and its coupling strengthswith other SM particles from LHC Run-II along with low energy flavor violatingconstraints like rare b-hadron decays. We have used a Markov Chain Monte Carlo(MCMC) analysis to constrain the new physics parameter space. While doing so,we ensure that all the existing collider constraints are duly taken intoaccount. Through our analysis we have derived the most stringent constraintspossible till date with existing data on the 9 bilinear R-parity violatingparameters along with $\mu$ and $\tan\beta$. We further explore the possibilityof explaining the anomalous muon (g - 2) measurement staying within theparameter space allowed by neutrino, Higgs and flavor data while satisfying thecollider constraints as well. We find that there still remains a small sub-TeVparameter space where the required excess can be obtained.

Bilinear R-parity violating supersymmetry under the light of neutrino oscillation, higgs and flavor data