peer reviewedPion decay amplitudes of non-strange baryon resonances are calculated assuming a pseudo-scalar single-quark-emission-type model for the decay process. The resonances as well as the nucleon ground state are described by configuration mixing obtained previously in a semi-relativistic QCD inspired quark model. The decay widths are compared to the available experimental data and to other theoretical results
We calculate the decays of baryon resonances to the pion + Roper resonance channel in the frame of t...
Decays and scattering events are two of the principal ways to learn about particle physics. Decays, ...
The strong decays of excited nonstrange baryons into the final states {Lambda}K, {Sigma}K, and for t...
We report on a study of pi and eta decays of strange baryon resonances within relativistic constitue...
From a refined non-relativistic quark model that fits the baryonic low-energy spectrum the study of ...
Strong pionic decays of baryons are studied in a non-relativistic quark model framework via a conver...
Strong pionic decays of baryons are studied in a non-relativistic quark model framework via a conver...
We calculate teh N pi decay amplitudes of baryon resonances ina semi-relativistic version of the 3P<...
Attention is drawn to a possible band structure displayed by the known N* resonances, The observed ...
Attention is drawn to a possible band structure displayed by the known N* resonances, The observed ...
Mesonic baryon resonance decays are calculated from constituent quark models along a Poincar\'e-inva...
peer reviewedPion decay widths of non-strange baryon resonances are calculated based on the 3P_0 qua...
From a refined non-relativistic quark model that fits the baryonic low-energy spectrum the study of ...
Constituent quark models provide a reasonable description of the baryon mass spectra. However, even ...
The strong decays of excited nonstrange baryons into the final states Lambda K, Sigma K, and for the...
We calculate the decays of baryon resonances to the pion + Roper resonance channel in the frame of t...
Decays and scattering events are two of the principal ways to learn about particle physics. Decays, ...
The strong decays of excited nonstrange baryons into the final states {Lambda}K, {Sigma}K, and for t...
We report on a study of pi and eta decays of strange baryon resonances within relativistic constitue...
From a refined non-relativistic quark model that fits the baryonic low-energy spectrum the study of ...
Strong pionic decays of baryons are studied in a non-relativistic quark model framework via a conver...
Strong pionic decays of baryons are studied in a non-relativistic quark model framework via a conver...
We calculate teh N pi decay amplitudes of baryon resonances ina semi-relativistic version of the 3P<...
Attention is drawn to a possible band structure displayed by the known N* resonances, The observed ...
Attention is drawn to a possible band structure displayed by the known N* resonances, The observed ...
Mesonic baryon resonance decays are calculated from constituent quark models along a Poincar\'e-inva...
peer reviewedPion decay widths of non-strange baryon resonances are calculated based on the 3P_0 qua...
From a refined non-relativistic quark model that fits the baryonic low-energy spectrum the study of ...
Constituent quark models provide a reasonable description of the baryon mass spectra. However, even ...
The strong decays of excited nonstrange baryons into the final states Lambda K, Sigma K, and for the...
We calculate the decays of baryon resonances to the pion + Roper resonance channel in the frame of t...
Decays and scattering events are two of the principal ways to learn about particle physics. Decays, ...
The strong decays of excited nonstrange baryons into the final states {Lambda}K, {Sigma}K, and for t...