n

$\frac{{\mathcal{E}}_{kin}}{c^2}$

$\frac{{\mathcal{E}}_{pot}}{c^2}$

$M_{total}$

experimental

$\Delta =\frac{M_{exp}-M_{calc}}{M_{exp}}$

Equation (40)

data

n = 1

702m_e

700m_e

1839m_e

$M_{n_0}=1837m_e$

0.001

n = 2

879m_e

778m_e

1938m_e

$M_{{\Lambda }^0}=2183m_e$

0.11

n = 3

2103m_e

1740m_e

2200m_e

$M_{{\Sigma }^0}=2335m_e$

0.06