Jong-Phil Lee

collaborators

3 papers

hep-ph2026

$I^_{b} \to I^^{(*)} I^½ I^ˉ ½$ and $b \to s$ $B$ decays

Jong-Phil Lee

The baryonic $b \to s$ transition $I^_{b} \to I^^{(*)} I^½ I^ˉ ½$ is analyzed. We combine the mesonic counterpart $B^{+} \to K^{+} I^½ I^ˉ ½$ and $B^{0} \to K^{* 0} I^½ I^ˉ ½$ as well as other o…

hep-ph2025

New physics effects in $R (K^{(*)})$ , $B_{s} \to I^¼^{+} I^¼^{-}$ , and $B^{+} \to K^{+} I^½ I^ˉ ½$

Jong-Phil Lee

We analyze possible new physics (NP) effects on $b \to s$ transition processes, $R (K^{(*)})$ , $B_{s} \to I^¼^{+} I^¼^{-}$ , and $B^{+} \to K^{+} I^½ I^ˉ ½$ decays. Though recent data for $R(K^{(*)})…

hep-ph2025

New physics effects on $B \to D^{(*)} I ¨ I^½$ decays

Jong-Phil Lee

We investigate new physics effects on $B \to D^{(*)} I ¨ I^½$ decays in a general and model-independent way. The $I ¨ ^{2}$ fits for fractions of the branching ratios $R (D^{(*)})$ and other…

I^b​→I^(∗)I^½I^ˉ½ and b→s B decays

New physics effects in R(K(∗)), Bs​→I^¼+I^¼−, and B+→K+I^½I^ˉ½

New physics effects on B→D(∗)I¨I^½ decays

$I^_{b} \to I^^{(*)} I^½ I^ˉ ½$ and $b \to s$ $B$ decays

New physics effects in $R (K^{(*)})$ , $B_{s} \to I^¼^{+} I^¼^{-}$ , and $B^{+} \to K^{+} I^½ I^ˉ ½$

New physics effects on $B \to D^{(*)} I ¨ I^½$ decays