The flavor asymmetry of the nucleon sea is discussed in an unquenched quark model for baryons in which the effects of quark-antiquark pairs (u anti-u, d anti-d and s anti-s) are taken into account in an explicit form. The inclusion of q anti-q pairs leads automatically to an excess of anti-d over anti-u quarks in the proton, in agreement with experimental data
The flavor asymmetry of the polarized light sea, $\Delta \bar u - \Delta \bar d$, discriminates betw...
A formalism to evaluate the Sivers function, developed for calculations in constituent quark models,...
AbstractThe advantage and feasibility of using W-boson production to extract unique information on t...
AbstractThe flavor asymmetry of the nucleon sea, i.e., the excess of dd¯ quark–antiquark pairs over ...
We reexamine the effects of antisymmetry on the antiquarks in the nucleon sea arising from gluon exc...
The phenomenological sum-rule-based approach is used to discuss the quark composition dependence of ...
Although the distributions of sea quarks and antiquarks generated by leading-twist QCD evolution thr...
After a brief review of the experimental results obtained in deep inelastic lepton-nucleon scatterin...
I review some recent developments in the study of quark flavor distributions in the nucleon, includi...
The intrinsic quark-antiquark pairs generated by the minimal energy nonperturbative meson-baryon flu...
The investigation of spin structure of the nucleon is one of the actual problems of particle physic...
In this letter we have taken a particular Lagrangian, which was introduced to resolve U(1) problem, ...
Sea quark distributions in the nucleon have naively been expected to be generated perturbatively by ...
Despite the success of perturbative Quantum Chromodynamics in particle physics, it is unable to pred...
The quark spin and flavor structure of the nucleon is discussed in the SU(4) symmetry breaking chira...
The flavor asymmetry of the polarized light sea, $\Delta \bar u - \Delta \bar d$, discriminates betw...
A formalism to evaluate the Sivers function, developed for calculations in constituent quark models,...
AbstractThe advantage and feasibility of using W-boson production to extract unique information on t...
AbstractThe flavor asymmetry of the nucleon sea, i.e., the excess of dd¯ quark–antiquark pairs over ...
We reexamine the effects of antisymmetry on the antiquarks in the nucleon sea arising from gluon exc...
The phenomenological sum-rule-based approach is used to discuss the quark composition dependence of ...
Although the distributions of sea quarks and antiquarks generated by leading-twist QCD evolution thr...
After a brief review of the experimental results obtained in deep inelastic lepton-nucleon scatterin...
I review some recent developments in the study of quark flavor distributions in the nucleon, includi...
The intrinsic quark-antiquark pairs generated by the minimal energy nonperturbative meson-baryon flu...
The investigation of spin structure of the nucleon is one of the actual problems of particle physic...
In this letter we have taken a particular Lagrangian, which was introduced to resolve U(1) problem, ...
Sea quark distributions in the nucleon have naively been expected to be generated perturbatively by ...
Despite the success of perturbative Quantum Chromodynamics in particle physics, it is unable to pred...
The quark spin and flavor structure of the nucleon is discussed in the SU(4) symmetry breaking chira...
The flavor asymmetry of the polarized light sea, $\Delta \bar u - \Delta \bar d$, discriminates betw...
A formalism to evaluate the Sivers function, developed for calculations in constituent quark models,...
AbstractThe advantage and feasibility of using W-boson production to extract unique information on t...