What type of study is this?

October 10, 2025Open Access

Spectra of Some Charmed Hadrons in a Non Relativistic Model

Puntos clave

The study evaluates the mass spectra of charmed hadrons using a non-relativistic model, revealing critical insights.
It compares the mass spectra of states like Ξ++cc and Ωccc against experimental and theoretical data, showing consistency.
The methodology utilizes the Cornell potential and logarithmic corrections derived from lattice QCD for accurate mass estimations.
Results support the relevance of the quark-diquark model in understanding charmed baryon spectra, indicating a solid theoretical framework.

Resumen

In a non-relativistic framework the mass spectra of cĉ, cc, ccc and ccu systems are investigated. The potential consists of the Cornell potential along with a logarithmic correction term as suggested from lattice QCD. We analyze the S, P, and D wave charmonium states and, S and P wave cc diquark states and have compared them with existing results from experiments and other potential models. Using the quark-diquark model, we have evaluated the S-wave spectra of doubly charmed baryon Ξ++cc and the triply charmed baryon Ωccc. These masses are compared with other theoretical studies.

Leer artículo completoexternamente

Me gusta

Guardar

Ver artículo completo