2 citations · 3 across the 9 of their papers we have counts for
12 papers · 1 filter
Deviation from reflection symmetry under radiative corrections in the minimal seesaw framework
Prokash Pegu, Chandan Duarah
The - reflection symmetry predicts a maximal atmospheric mixing angle, , and Dirac CP phase, or . Recent global analyses indicate small but signific…
Effects of RG running in breaking reflection symmetry, conventional versus minimal seesaw
Chandan Kumar Borah, Chandan Duarah
The -- reflection symmetry has attracted considerable attention owing to its prediction of a maximal atmospheric mixing angle and a Dirac CP-violating phase , consist…
An A4 model to accommodate maximal theta23 and maximal delta consistent with mu-tau reflection symmetry
Rupak Chakrabarty, Chandan Duarah
In this work, we construct an A4-based flavor symmetry model within the framework of the type-I seesaw mechanism to realize a light neutrino mass matrix consistent with mu-tau refl…
Predictions of effective Majorana neutrino mass under radiative corrections to reflection symmetry
Prokash Pegu, Chandan Duarah
The search for neutrinoless double beta decay () is currently one of the key objectives in neutrino physics research. The decay rate of decay depends on the effective…
Renormalization group evolution induced breaking of reflection symmetry in MSSM with effects of variation of
Chandan Kumar Borah, Chandan Duarah
We study the renormalization group (RG) evolution induced breaking of -- reflection symmetry in the Minimal Supersymmetric Standard Model (MSSM), with a special focus on the…
Perturbations to reflection symmetry due to renormalization group running effects
Chandan Kumar Borah, Chandan Duarah
reflection symmetry is an attractive flavour symmetry in lepton mixing, which accommodates maximal values of atmospheric mixing angle () and Dirac CP phase ($δ=π/…