Spectra and Decay Properties of Higher Lying $B_C$ Meson States

TL;DR

This paper investigates the spectra and decay properties of higher excited $B_c$ meson states using a non-relativistic potential model with LQCD corrections, providing detailed predictions and comparisons with experimental data.

Contribution

It introduces a non-relativistic potential model with LQCD corrections to analyze $B_c$ mesons and computes various decay properties using the Matrix Numerov Method.

Findings

Calculated meson spectra and decay widths.

Predicted lifetimes and branching ratios.

Comparison with experimental data and other models.

Abstract

In this work, the spectra and decay properties of $B_c$ mesons ($c\bar{b}$) have been investigated using a non-relativistic potential model incorporating corrections from LQCD. The non-relativistic Schrodinger wave equation is solved numerically using the Matrix Numerov Method. Using the obtained masses and wave functions, decay widths, lifetime, branching ratios and radiative decay widths are computed for the $c\bar{b}$ system. We compare the obtained results with the experimental data and with other theoretical models.