I review the k-factorization method to combine the high-energy behaviour in QCD with the renormalization group. Resummation formulas for coefficient functions and anomalous dimensions are derived, and their applications to small-x scaling violations in structure functions are briefly discussed.I review the k-factorization method to combine the high-energy behaviour in QCD with the renormalization group. Resummation formulas for coefficient functions and anomalous dimensions are derived, and their applications to small-x scaling violations in structure functions are briefly discussed
We further analyze the definition and the calculation of the heavy quark impact factor at next-to-le...
We further analyze the definition and the calculation of the heavy quark impact factor at next-to-le...
We further analyze the definition and the calculation of the heavy quark impact factor at next-to-le...
We report the results of including resummed splitting functions in the QCD evolution equations at sm...
After a brief introduction to low-x QCD and to resummation approaches, I illustrate the predictions ...
We summarize our recent results on small x resummation in full QCD with n_f quark flavours and discu...
We further analyse,at next-to-leading log(s) level,the form of k-factorization and the definition of...
We present a comprehensive study of high-energy double logarithms in inclusive DIS. They appear para...
Renormalization-group methods in soft-collinear effective theory are used to perform the resummation...
We review the application of the critical point large N_f self-consistency method to QCD. In particu...
We review the application of the critical point large N_f self-consistency method to QCD. In particu...
We have recently proposed a form of high-energy factorization in order to find the small-x behaviour...
We further analyze the definition and the calculation of the heavy quark impact factor at next-to-le...
In the hybrid kT -factorization formula, one initial-state parton momentum is space-like and carries...
We further analyze the definition and the calculation of the heavy quark impact factor at next-to-le...
We further analyze the definition and the calculation of the heavy quark impact factor at next-to-le...
We further analyze the definition and the calculation of the heavy quark impact factor at next-to-le...
We further analyze the definition and the calculation of the heavy quark impact factor at next-to-le...
We report the results of including resummed splitting functions in the QCD evolution equations at sm...
After a brief introduction to low-x QCD and to resummation approaches, I illustrate the predictions ...
We summarize our recent results on small x resummation in full QCD with n_f quark flavours and discu...
We further analyse,at next-to-leading log(s) level,the form of k-factorization and the definition of...
We present a comprehensive study of high-energy double logarithms in inclusive DIS. They appear para...
Renormalization-group methods in soft-collinear effective theory are used to perform the resummation...
We review the application of the critical point large N_f self-consistency method to QCD. In particu...
We review the application of the critical point large N_f self-consistency method to QCD. In particu...
We have recently proposed a form of high-energy factorization in order to find the small-x behaviour...
We further analyze the definition and the calculation of the heavy quark impact factor at next-to-le...
In the hybrid kT -factorization formula, one initial-state parton momentum is space-like and carries...
We further analyze the definition and the calculation of the heavy quark impact factor at next-to-le...
We further analyze the definition and the calculation of the heavy quark impact factor at next-to-le...
We further analyze the definition and the calculation of the heavy quark impact factor at next-to-le...
We further analyze the definition and the calculation of the heavy quark impact factor at next-to-le...