A brief summary on the Wigner rotation effect in the understanding of the proton spin ``crisis" related with the Ellis-Jaffe sum rule violation, and on the proton-neutron isospin symmetry breaking explanation of the Gottfried sum rule violation. The proton spin could be fully provided by the spin sum of quarks if one considers the Wigner rotation effect in the measured quark helicity distributions
This talk consists of four parts. In part one, I give an elementary discussion on constructing a Lor...
AbstractA number of lines of investigation into the structure of the nucleon have converged to the p...
The internal structure of the nucleon is more complicated than expected in a simple quark model. In ...
It is shown that the proton spin problem raised by the Ellis-Jaffe sum rule violation does not in co...
It is shown that in both the gluonic and strange sea explanations of the Ellis-Jaffe sum rule violat...
We provide a theoretical basis for understanding the spin structure of the proton in terms of the sp...
AbstractWe provide a theoretical basis for understanding the spin structure of the proton in terms o...
In Feynman's parton picture, the proton spin can be understood as sum of the contributions from the ...
We discuss the tremendous progress that has been towards an understanding of how the spin of the pro...
We investigate the spin structure of the nucleon in an extended Jaffe-Lipkin quark model. In additio...
A brief summary of the theoretical and experimental knowledge of the spin structure of the proton is...
The alternative to the standard formulation of the quark-parton model is proposed. Our approach is b...
The structure of the proton and the origin of the proton spin has been a puzzle for many years. The ...
We present a systematic study of the proton spin structure in terms of measurable parton distributio...
The quark helicity measured in polarized deep inelastic scattering is different from the quark spin ...
This talk consists of four parts. In part one, I give an elementary discussion on constructing a Lor...
AbstractA number of lines of investigation into the structure of the nucleon have converged to the p...
The internal structure of the nucleon is more complicated than expected in a simple quark model. In ...
It is shown that the proton spin problem raised by the Ellis-Jaffe sum rule violation does not in co...
It is shown that in both the gluonic and strange sea explanations of the Ellis-Jaffe sum rule violat...
We provide a theoretical basis for understanding the spin structure of the proton in terms of the sp...
AbstractWe provide a theoretical basis for understanding the spin structure of the proton in terms o...
In Feynman's parton picture, the proton spin can be understood as sum of the contributions from the ...
We discuss the tremendous progress that has been towards an understanding of how the spin of the pro...
We investigate the spin structure of the nucleon in an extended Jaffe-Lipkin quark model. In additio...
A brief summary of the theoretical and experimental knowledge of the spin structure of the proton is...
The alternative to the standard formulation of the quark-parton model is proposed. Our approach is b...
The structure of the proton and the origin of the proton spin has been a puzzle for many years. The ...
We present a systematic study of the proton spin structure in terms of measurable parton distributio...
The quark helicity measured in polarized deep inelastic scattering is different from the quark spin ...
This talk consists of four parts. In part one, I give an elementary discussion on constructing a Lor...
AbstractA number of lines of investigation into the structure of the nucleon have converged to the p...
The internal structure of the nucleon is more complicated than expected in a simple quark model. In ...