Magnetic moment of the as a molecular pentaquark state
arXiv:2109.09313 · doi:10.1140/epjp/s13360-022-02339-w
Abstract
In this study, considering that the state is in molecular structure, the magnetic moment of this state is extracted in the light-cone QCD sum rules. The numerical result is obtained as . The magnetic moment of this state contains important information of its internal structure and shape deformations. Measurement of the magnetic moment of the state in future experimental facilities can be very helpful in identification of the quantum numbers, as well as comprehension of the inner structure of this state.
arXiv comment8 pages, 1 fig
References in corpus (20)
- QCD at Low Energies
- New Charmonium States in QCD Sum Rules: a Concise Review
- Photon Distribution Amplitudes in QCD
- Lattice QCD Evidence that the Lambda(1405) Resonance is an Antikaon-Nucleon Molecule
- Observation of a new resonance
- Determination of the magnetic susceptibility of the quark condensate using radiative heavy meson decays
- Role of newly discovered for constructing excited bottom baryon family
- Interpretation of the newly observed and states as the -wave bottom baryons
- Description of the and states as molecular states
- Assigning the newly reported as a -wave excited state and predicting its partners
- Identifying the and as -wave bottom baryons of
- and excited states within a HQSS model
- Regge behaviors in orbitally excited spectroscopy of charmed and bottom baryons
- Structure of the Resonance
- Strong decays of the as a molecule
- Light-quark contributions to the magnetic form factor of the Lambda(1405)
- Strong decays of the low-lying bottom strange baryons
- A Mixing Coupling Scheme for Spectra of Singly Heavy Baryons with Spin-1 Diquarks in P-waves
- Determination of the possible quantum numbers for the newly observed state
- Radiative decay of in a hadronic molecule picture