We construct a simple 3-body quark model for the non strange nucleon resonances and we give results for the spectrum, the helicity amplitudes and the transition form factors. All the observables, in particular the transition form factors, are evaluated analytically and the results are compared with those of other models
Abstract. We developed a constituent quark–diquark model for the nucleon and its resonances using a ...
We show that all four of the nucleon form factors can be very well explained using the manifestly co...
The electromagnetic and axial form factors of the nucleon and its lowest positive parity excitations...
We construct a simple 3-body quark model for the non strange nucleon resonances and we give results ...
The nucleon form factors are calculated using a non-relativistic description in terms of constituent...
We present calculations of γ*N → N* transition form factors, where N is the nucleon and N* is a nucl...
We perform a calculation of the relativistic transition form factors for the electromagnetic excita...
the nucleon electromagnetic form factors are calculated in a chiral constituent quark model reproduc...
We perform a calculation of the relativistic transition form factors for the electromagnetic excitat...
The nucleon form factors are calculated using a non-relativistic description in terms of constituent...
The flavor content of nucleon form factors is analyzed using two different theoretical approaches. T...
We report the calculation of electromagnetic form factors of nucleons within a relativistic three-qu...
We demonstrate the calculation of the coupling constants and form factors required by effective hadr...
Poincar'e covariant quark models of the the nucleon, the $\Delta$ resonance and their excitations ar...
the nucleon electromagnetic form factors are calculated in a chiral constituent quark mode
Abstract. We developed a constituent quark–diquark model for the nucleon and its resonances using a ...
We show that all four of the nucleon form factors can be very well explained using the manifestly co...
The electromagnetic and axial form factors of the nucleon and its lowest positive parity excitations...
We construct a simple 3-body quark model for the non strange nucleon resonances and we give results ...
The nucleon form factors are calculated using a non-relativistic description in terms of constituent...
We present calculations of γ*N → N* transition form factors, where N is the nucleon and N* is a nucl...
We perform a calculation of the relativistic transition form factors for the electromagnetic excita...
the nucleon electromagnetic form factors are calculated in a chiral constituent quark model reproduc...
We perform a calculation of the relativistic transition form factors for the electromagnetic excitat...
The nucleon form factors are calculated using a non-relativistic description in terms of constituent...
The flavor content of nucleon form factors is analyzed using two different theoretical approaches. T...
We report the calculation of electromagnetic form factors of nucleons within a relativistic three-qu...
We demonstrate the calculation of the coupling constants and form factors required by effective hadr...
Poincar'e covariant quark models of the the nucleon, the $\Delta$ resonance and their excitations ar...
the nucleon electromagnetic form factors are calculated in a chiral constituent quark mode
Abstract. We developed a constituent quark–diquark model for the nucleon and its resonances using a ...
We show that all four of the nucleon form factors can be very well explained using the manifestly co...
The electromagnetic and axial form factors of the nucleon and its lowest positive parity excitations...