We determine the small-x asymptotics of the gluon helicity distribution in a proton at leading order in perturbative QCD at large Nc. To achieve this, we begin by evaluating the dipole gluon helicity TMD at small x. We then construct and solve novel small-x large-Nc evolution equations for the operator related to the dipole gluon helicity TMD. Our main result is the small-x asymptotics for the quark helicity distributio
We present the numerical solution of the leading order QCD evolution equation for the orbital angula...
The behavior of gluon distributions in the small- x region are semi-numerically predicted by using t...
We compute quark structure functions and the intrinsic Fock space distribution of sea quarks in a ha...
We determine the small-x asymptotics of the gluon helicity distribution in a proton at leading order...
Abstract We determine the small-x asymptotics of the gluon helicity distribution in a proton at lead...
Abstract We determine the small Bjorken x asymptotics of the quark and gluon orbital angular momentu...
We revisit the problem of small Bjorken-x evolution of the gluon and flavor-singlet quark helicity d...
Abstract We revisit the problem of small Bjorken-x evolution of the gluon and flavor-singlet quark h...
We present a general analysis of the orbital angular momentum (OAM) distribution of gluons Lg(x) ins...
The small-$x$ quark helicity evolution equations at double-logarithmic order, with the kernel $\sim\...
We review small $x$ contributions to perturbative evolution equations for parton distributions, and ...
It has been argued from the earliest days of quantum chromodynamics that at asymptotically small val...
AbstractThe behavior of gluon distributions in the small-x region are semi-numerically predicted by ...
AbstractColor quadrupoles have been found to be important in the proper description of observables s...
We present the numerical solution of the leading order QCD evolution equation for the orbital angula...
We present the numerical solution of the leading order QCD evolution equation for the orbital angula...
The behavior of gluon distributions in the small- x region are semi-numerically predicted by using t...
We compute quark structure functions and the intrinsic Fock space distribution of sea quarks in a ha...
We determine the small-x asymptotics of the gluon helicity distribution in a proton at leading order...
Abstract We determine the small-x asymptotics of the gluon helicity distribution in a proton at lead...
Abstract We determine the small Bjorken x asymptotics of the quark and gluon orbital angular momentu...
We revisit the problem of small Bjorken-x evolution of the gluon and flavor-singlet quark helicity d...
Abstract We revisit the problem of small Bjorken-x evolution of the gluon and flavor-singlet quark h...
We present a general analysis of the orbital angular momentum (OAM) distribution of gluons Lg(x) ins...
The small-$x$ quark helicity evolution equations at double-logarithmic order, with the kernel $\sim\...
We review small $x$ contributions to perturbative evolution equations for parton distributions, and ...
It has been argued from the earliest days of quantum chromodynamics that at asymptotically small val...
AbstractThe behavior of gluon distributions in the small-x region are semi-numerically predicted by ...
AbstractColor quadrupoles have been found to be important in the proper description of observables s...
We present the numerical solution of the leading order QCD evolution equation for the orbital angula...
We present the numerical solution of the leading order QCD evolution equation for the orbital angula...
The behavior of gluon distributions in the small- x region are semi-numerically predicted by using t...
We compute quark structure functions and the intrinsic Fock space distribution of sea quarks in a ha...
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