Speaker
José Garrido
(Universidad Técnica Federico Santa María)
Description
We present the results of using the homotopy method to solve the nonlinear evolution equation for diffractive production in deep inelastic scattering (DIS). Initially, we introduce part of the nonlinear corrections as the first step in this approach. This allows for an analytical solution to the simplified nonlinear evolution equation, taking into account the initial and boundary conditions. In the next step, we demonstrate that the perturbative procedure can be employed to address the remaining nonlinear corrections. The results show that these corrections are small and can be effectively estimated using a regular iterative procedure.
Primary authors
Carlos Contreras
(Universidad Técnica Federico Santa María)
Eugene Levin
(Tel Aviv University)
José Garrido
(Universidad Técnica Federico Santa María)
Rodrigo Meneses
(Universidad de Valparaíso)
