The electromagnetic decay processes of excited hyperon states are a very sensitive probe of the structure of hyperons. We will argue that the recent measurements of electromagnetic decay rates indicate that the wave functions of the hyperon ground states should contain sizeable components of excited quark states (configuration mixing). Flavor-SU(3) is a broken symmetry and it appears that the hyperon wave functions should preferably be written in a $uds$-basis, where only the light $u$ and $d$ quarks are symmetrized, and not in the usual SU(6)-basis
Compton scattering data are sensitive to the existence of low-mass resonances reported by Tatischeff...
Dalitz decays of a hyperon resonance to a ground-state hyperon and an electron-positron pair can giv...
A new analysis of hyperon semi-leptonic decay data is presented, based on simple and general argumen...
We calculate the radiative decay widths of decuplet hyperons in a chiral constituent quark model inc...
An explanation of the difference in the values of the apparent $f/d$ ratios for the S- and P- wave a...
AbstractA new approach with a flavor-SU(3) classification only for the weak currents and not for had...
Electromagnetic form factors serve to explore the intrinsic structure of nucleons and their strangen...
We argue that three-quark excited states naturally group into quartets, split into two parity double...
We investigate the role of hyperfine mixing in the electromagnetic decay of ground state doubly heav...
AbstractWe investigate the role of hyperfine mixing in the electromagnetic decay of ground state dou...
The spectrum of excited states of single and double strange hyperons is only poorly known. Their int...
The radiative decays of hyperons are studied in the framework of the bound state soliton model. Deta...
The spectroscopy of light, strange baryons have been an important aspect with still unknown resonanc...
Spin polarization and entanglement are utilized by the BESIII experiment to learn more about the pro...
We present results for the helicity amplitudes of the lowest-lying hyperon resonances Y*, computed w...
Compton scattering data are sensitive to the existence of low-mass resonances reported by Tatischeff...
Dalitz decays of a hyperon resonance to a ground-state hyperon and an electron-positron pair can giv...
A new analysis of hyperon semi-leptonic decay data is presented, based on simple and general argumen...
We calculate the radiative decay widths of decuplet hyperons in a chiral constituent quark model inc...
An explanation of the difference in the values of the apparent $f/d$ ratios for the S- and P- wave a...
AbstractA new approach with a flavor-SU(3) classification only for the weak currents and not for had...
Electromagnetic form factors serve to explore the intrinsic structure of nucleons and their strangen...
We argue that three-quark excited states naturally group into quartets, split into two parity double...
We investigate the role of hyperfine mixing in the electromagnetic decay of ground state doubly heav...
AbstractWe investigate the role of hyperfine mixing in the electromagnetic decay of ground state dou...
The spectrum of excited states of single and double strange hyperons is only poorly known. Their int...
The radiative decays of hyperons are studied in the framework of the bound state soliton model. Deta...
The spectroscopy of light, strange baryons have been an important aspect with still unknown resonanc...
Spin polarization and entanglement are utilized by the BESIII experiment to learn more about the pro...
We present results for the helicity amplitudes of the lowest-lying hyperon resonances Y*, computed w...
Compton scattering data are sensitive to the existence of low-mass resonances reported by Tatischeff...
Dalitz decays of a hyperon resonance to a ground-state hyperon and an electron-positron pair can giv...
A new analysis of hyperon semi-leptonic decay data is presented, based on simple and general argumen...