AbstractConsistency of the previously suggested color-dipole representation of deep-inelastic scattering (DIS) and vector-meson production at low x with DGLAP evolution allows one to predict the exponent of the W2 dependence of the saturation scale, Λsat2(W2)∼(W2)C2. One finds C2theory=0.27 in agreement with the model-independent analysis of the experimental data from HERA on deep-inelastic electron scattering
Employing the representation of the experimental data on deep inelastic electron-proton scattering (...
Instead of starting from a theoretically motivated form of the color dipole cross section in the dip...
Diffractive scattering in DIS is discussed in terms of the perturbative two-gluon model and numerica...
Deep inelastic scattering at low x can be described by essentially only two fitted parameters. The i...
AbstractOur approach to low-x deep inelastic scattering based on the l→⊥ factorization of perturbati...
We give a detailed account of the recently formulated generalized vector dominance/colour-dipole pic...
A comparison of the H1 data on the longitudinal structure function, $F_L$, at small $x$ with the pre...
Schildknecht D. Perturbative QCD evolution and color dipole picture. arxiv:1104.0850. 2011
Partons are defined as the quanta in a Fock space description of a hadron. Gluon saturation is descr...
The light-front wave function of a proton composed of three quarks and a perturbative gluon is compu...
Exclusive photoproduction of heavy quarkonia in high-energy ultraperipheral ion-ion interactions (ga...
Gluon distributions of colliding hadrons saturate as a result of the non-linear evolution equations ...
AbstractWe present a perturbative QCD calculation of diffractive Ds production in charged current de...
We present the perturbative QCD calculation of diffractive $D_s$ production in charged current deep ...
Phenomenological studies on the proton structure function F^2 have been carried out to investigate t...
Employing the representation of the experimental data on deep inelastic electron-proton scattering (...
Instead of starting from a theoretically motivated form of the color dipole cross section in the dip...
Diffractive scattering in DIS is discussed in terms of the perturbative two-gluon model and numerica...
Deep inelastic scattering at low x can be described by essentially only two fitted parameters. The i...
AbstractOur approach to low-x deep inelastic scattering based on the l→⊥ factorization of perturbati...
We give a detailed account of the recently formulated generalized vector dominance/colour-dipole pic...
A comparison of the H1 data on the longitudinal structure function, $F_L$, at small $x$ with the pre...
Schildknecht D. Perturbative QCD evolution and color dipole picture. arxiv:1104.0850. 2011
Partons are defined as the quanta in a Fock space description of a hadron. Gluon saturation is descr...
The light-front wave function of a proton composed of three quarks and a perturbative gluon is compu...
Exclusive photoproduction of heavy quarkonia in high-energy ultraperipheral ion-ion interactions (ga...
Gluon distributions of colliding hadrons saturate as a result of the non-linear evolution equations ...
AbstractWe present a perturbative QCD calculation of diffractive Ds production in charged current de...
We present the perturbative QCD calculation of diffractive $D_s$ production in charged current deep ...
Phenomenological studies on the proton structure function F^2 have been carried out to investigate t...
Employing the representation of the experimental data on deep inelastic electron-proton scattering (...
Instead of starting from a theoretically motivated form of the color dipole cross section in the dip...
Diffractive scattering in DIS is discussed in terms of the perturbative two-gluon model and numerica...