  The coulomb plus linear (Cornell) potential is used to investigate the mass
spectrum of bottomonium. Gaussian wave function is used in position and
momentum space to estimate values of potential and kinetic energies,
respectively. Based on our calculations, we study newly observed ${{\mathit
\Upsilon}{(10860)}}$ as an admixture of $4^{3}S_{1}$ with $4^{3}D_{1}$, and
${{\mathit \Upsilon}{(10753)}}$ as an admixture of $6^{3}S_{1}$ with
$4^{3}D_{1}$ also, we try to assign ${{\boldsymbol \Upsilon}{(11020)}}$ as a
pure $4^{3}D_{1}$ bottomonium state. We also study the Regge trajectories in
the $(J,M^{2})$ and $(n_r,M^{2})$ planes to help prove our association. We
estimate the pseudoscalar and vector decay constants, the radiative (Electric
and Magnetic Dipole) transition rates, and the annihilation decay width for
bottomonium states.

High Energy Physics - Phenomenology