The effects of “quark sea” in determining the flavor structure of the octet baryons have been investigated in the chiral constituent quark model. The chiral constituent quark model is able to qualitatively generate the requisite amount of quark sea and is also known to provide a satisfactory explanation of the proton spin and related issues in the nonperturbative regime. The phenomenological implications of the quark sea asymmetries in the nucleon have been investigated to understand the importance of quark sea at lower values of the Bjorken scaling variable
Asymmetries in the quark momentum distributions in the proton reveal fundamental aspects of strong i...
It is argued that the constituent quarks are expected to show a non-trivial spin and flavor structur...
The discovery of a sizeable asymmetry in the ū and d distributions in the proton was one of the more...
The effects of “quark sea” in determining the flavor structure of the octet baryons have been invest...
AbstractThe flavor asymmetry of the nucleon sea, i.e., the excess of dd¯ quark–antiquark pairs over ...
The flavor asymmetry of the nucleon sea, i e, the excess of d (d) over bar quark-antiquark pairs ove...
The chiral constituent quark model (χCQM) has been used to analyse the phenomenological dependence o...
The chiral constituent quark model (χCQM) has been used to analyse the phenomenological dependence o...
We analyze recent measurements of the nucleon quark sea isospin asymmetry in terms of the chiral qua...
The asymmetries of both light-flavor antiquark (d) over bar (x)-(u) over bar (x) and strange-antistr...
AbstractThe flavor asymmetry of the nucleon sea, i.e., the excess of dd¯ quark–antiquark pairs over ...
AbstractWe calculate the strange quark and antiquark distributions of the nucleon by using the effec...
Asymmetries in the quark momentum distributions in the proton reveal fundamental aspects of strong i...
The intrinsic quark-antiquark pairs generated by the minimal energy nonperturbative meson-baryon flu...
Within a statistical model of linear confined quarks we obtain the flavor asymmetry and correspondin...
Asymmetries in the quark momentum distributions in the proton reveal fundamental aspects of strong i...
It is argued that the constituent quarks are expected to show a non-trivial spin and flavor structur...
The discovery of a sizeable asymmetry in the ū and d distributions in the proton was one of the more...
The effects of “quark sea” in determining the flavor structure of the octet baryons have been invest...
AbstractThe flavor asymmetry of the nucleon sea, i.e., the excess of dd¯ quark–antiquark pairs over ...
The flavor asymmetry of the nucleon sea, i e, the excess of d (d) over bar quark-antiquark pairs ove...
The chiral constituent quark model (χCQM) has been used to analyse the phenomenological dependence o...
The chiral constituent quark model (χCQM) has been used to analyse the phenomenological dependence o...
We analyze recent measurements of the nucleon quark sea isospin asymmetry in terms of the chiral qua...
The asymmetries of both light-flavor antiquark (d) over bar (x)-(u) over bar (x) and strange-antistr...
AbstractThe flavor asymmetry of the nucleon sea, i.e., the excess of dd¯ quark–antiquark pairs over ...
AbstractWe calculate the strange quark and antiquark distributions of the nucleon by using the effec...
Asymmetries in the quark momentum distributions in the proton reveal fundamental aspects of strong i...
The intrinsic quark-antiquark pairs generated by the minimal energy nonperturbative meson-baryon flu...
Within a statistical model of linear confined quarks we obtain the flavor asymmetry and correspondin...
Asymmetries in the quark momentum distributions in the proton reveal fundamental aspects of strong i...
It is argued that the constituent quarks are expected to show a non-trivial spin and flavor structur...
The discovery of a sizeable asymmetry in the ū and d distributions in the proton was one of the more...