K₀ (GeV)

${\epsilon }_0=K_0/E_{00}$

$\left|q_p+q_r\right|$

$\Gamma \left(V\to P\gamma \right)/e_Z^2$

keV

Γ (data) [4]

keV

$Y\left(1S\right)\to \gamma {\eta }_b$

0.07

0.0075

2/3

7 × 10⁻⁴

no data

$B_s^{\ast 0}\to \gamma B_s^0$

0.0459

0.009

2/3

2.2 × 10⁻³

dominant

$B^{\ast 0}\to \gamma B^0$

0.0454

0.0086

2/3

1.2 × 10⁻⁴

dominant

$B^{\ast \pm }\to \gamma B^{\pm }$

0.0451

0.0086

1/3

3 × 10⁻⁵

dominant

$J/\psi \to \gamma {\eta }_v$

0.1114

0.037

4/3

1.02

1.58 ± 0.37

$D_s^{\ast \pm }\to \gamma D_s^{\pm }$

0.139

0.0706

1/3

0.6

<1776

$D^{\ast 0}\to \gamma D^0$

0.137

0.0735

4/3

11.65

<741

$D^{\ast \pm }\to \gamma D^{\pm }$

0.136

0.0726

1/3

0.69

1.33 ± 0.33

$K^{\ast 0}\to \gamma K^0$

0.31

0.623

2/3

(1707)

116

$K^{\ast +}\to \gamma K^{\pm }$

0.309

0.626

1/3

(436)

50.3