Chandan Kumar Borah

collaborators

3 papers

hep-ph2026

Effects of RG running in breaking $μ - τ$ reflection symmetry, conventional versus minimal seesaw

Chandan Kumar Borah, Chandan Duarah

The $μ$ -- $τ$ reflection symmetry has attracted considerable attention owing to its prediction of a maximal atmospheric mixing angle and a Dirac CP-violating phase $δ = 3 π /2$ , consist…

hep-ph2025

Renormalization group evolution induced breaking of $I^¼ - I ¨ $ reflection symmetry in MSSM with effects of variation of $t an I^^{2}$

Chandan Kumar Borah, Chandan Duarah

We study the renormalization group (RG) evolution induced breaking of $I^¼$ -- $I ¨ $ reflection symmetry in the Minimal Supersymmetric Standard Model (MSSM), with a special focus on th…

hep-ph2025

Perturbations to $I^¼ - I ¨ $ reflection symmetry due to renormalization group running effects

Chandan Kumar Borah, Chandan Duarah

$I^¼ - I ¨ $ reflection symmetry is an attractive flavour symmetry in lepton mixing, which accommodates maximal values of atmospheric mixing angle ( $I^¸_{23} = I ¨ /4$ ) and Dirac CP phase ($…

Effects of RG running in breaking μ−τ reflection symmetry, conventional versus minimal seesaw

Renormalization group evolution induced breaking of I^¼−I¨ reflection symmetry in MSSM with effects of variation of tanI^2

Perturbations to I^¼−I¨ reflection symmetry due to renormalization group running effects

Effects of RG running in breaking $μ - τ$ reflection symmetry, conventional versus minimal seesaw

Renormalization group evolution induced breaking of $I^¼ - I ¨ $ reflection symmetry in MSSM with effects of variation of $t an I^^{2}$

Perturbations to $I^¼ - I ¨ $ reflection symmetry due to renormalization group running effects