Spectroscopy of excited states of D+ and D+S meson in the light-front quark model
Symposium contribution on the spectroscopy of excited D⁺ and D⁺_s meson states, including 3D wave function visualizations and decay properties.
R. Acharyya, S. Puhan, Narinder Kumar, and H. Dahiya
DAE Nuclear 2024
December 09, 2024
Abstract
This study presents the spectroscopy of excited states of D+ and D+_S mesons using the light-front quark model. The electromagnetic form factors, charge radii, decay constants, parton distribution functions, and distribution amplitudes for these excited meson states are investigated. The work provides insights into the nodal structures of radially excited states through 3D wave function analysis.
Summary
Studies the spectroscopy of excited D+ and D+_S meson states in LFQM, analyzing EMFFs, charge radii, decay constants, PDFs, and DAs. Visualizes nodal structures of radially excited states through 3D wave functions.
Authors: R. Acharyya, S. Puhan, Narinder Kumar, and H. Dahiya
Published in: DAE Nuclear 2024