B-meson molecules mass spectrum
| Autor | Arezu Jahanshir |
| Cargo | Department of Engineering Sciences and Physics, Qazvin, Iran, jahanshir@bzte.ac.ir |
| Páginas | 49-52 |
QUID 2018, pp. 49-52, Special Issue N°2, ISSN: 1692-343X, Medellín-Colombia
Recibido el 20-05-2018. Aprobado el 25-07-2018)
Abstract. In this work, the structural properties of B-meson molecules have been calculated within the
cluster model and harmonic oscillator representation method while the bound state properties have been
calculated using quanto-molecular type potential, which is able to describe and calculate the mass and
energy spectra of multi-cluster colored particles. From our results, the obtained mass spectra of hadron
molecules show that the bonding states of meson-meson state is mainly contributed by two hadronic
clusters like chemical molecule that contained two atoms. These hadronic clusters can be same and also
can be different that partially formed by the meson-meson, baryon-baryon and meson-baryon. The
obtained result calculations for BB-meson systems show an excellent agreement when compared with
available experimental data and theoretical which have used different methods.
Keywords: mass spectrum, quanto-molecular potential, BB-mesonic states, exotic states.
Citar, estilo APA: Jahanshir, A. (2018). B-meson molecules mass s pectrum. Revista QUID (Special Issue), 49-52.
B-MESON MOLECULES MASS SPECTRUM
Arezu Jahanshir
Buein Zahra Technical
University,
Department of Engineering
Sciences and Physics, Qazvin, Iran
jaha nshir@bzte.ac.ir
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