Speaker
Prof.
Lev Lipatov
(Petersburg Nuclear Physics Institute)
Description
The theory of high energy processes in QCD is based on the
gluon reggeization. In particular, Pomeron and Odderon are composite
states of two and three reggeized gluons, respectively. We discuss the
effective action and corresponding classical equations for quarks and
gluons interacting with reggeized gluons. In the extended N=4
supersymmetric gauge model the Pomeron is dual to the reggeized
graviton living on the anti-de-Sitter 10-dimensiona space. Therefore to
construct the Gribov Pomeron calculus in this model one should calculate
the Regge trajectory and various vertices for reggeized gravitons. We
formulate the effective action describing the reggeized graviton
interactions and derive the Euler-Lagrange equation for this action.
Primary author
Prof.
Lev Lipatov
(Petersburg Nuclear Physics Institute)
