Speaker
Ms
RASHMI GARG
(Thapar institute of Engineering and Technology)
Description
We have studied the mass spectra and decay rates of fully heavy pentaquarks systems $QQQQ\bar{Q}$ (where $Q= c,b$) by using a non-relativistic potential model. In this model, a complex five-body problem is reduced to a simpler two -body problem. The Schrodinger wave equation has been solved numerically with Cornell-type potential. The non-relativistic potential includes Spin-Spin, Spin-Orbit interactions and tensor components of one gluon exchange interaction. We have computed heavy Quarkonia's spectra and decay rates. The spectroscopy of low-lying $S-$ and $P-$ waves are also analysed for their $J^{PC}$ values .The computed masses and decay rates to these states matches with the available theoretical and experimental data.
| Session | Quark and Lepton Flavour Physics |
|---|
Primary author
Ms
RASHMI GARG
(Thapar institute of Engineering and Technology)
Co-authors
Dr
Alka Upadhyay
(Thapar institute of Engineering and Technology)
Mr
Ankush Sharma
(Thapar institute of Engineering and Technology)
