Spectroscopic study of $D-$ meson in Regge phenomenology

TL;DR

This paper uses Regge phenomenology to analyze $D$ meson spectra, deriving relations between Regge parameters and meson masses to predict future experimental findings.

Contribution

It introduces a systematic approach to determine $D$ meson mass spectra using Regge trajectories, providing new theoretical predictions for experimental validation.

Findings

Derived relations between Regge slope, intercept, and meson masses.

Calculated $D$ meson mass spectra in ($J,M^{2}$) and ($n,M^{2}$) planes.

Predicted possible $D$ meson states for future experiments.

Abstract

In last few years the experimental evidence of charmed mesons is increasing remarkably. In the present work we systematically studied the $D$ meson by employing Regge phenomenology. By assuming the existence of the quasilinear Regge trajectories, several relations between Regge slope, intercept, and meson masses have been extracted. With the aid of these derived relations, Regge parameters are evaluated in both the ($J,M^{2}$) and ($n,M^{2}$) planes to obtain the mass spectra of $D$ meson. In the forthcoming years, we believe that more candidates will be reported and our predictions could provide useful information for future experimental evidences.