The evolution equations for Green functions of the Reggeon Field Theory (RFT) are equivalent to those of the inclusive distributions for the reaction–diffusion system of classical particles. We use this equivalence to obtain numerically Green functions and amplitudes of the RFT with all loop contributions included. The numerical realization of the approach is described and some important applications including total and elastic proton–proton cross sections are studied. It is shown that the loop diagram contribution is essential but can be imitated in the eikonal cross section description by changing the Pomeron intercept. A role of the quartic Pomeron coupling which is an inherent part of the stochastic model is shown to be negligible for a...
Presents a discussion of the derivation of the reggeon calculus from perturbation theory. The method...
Ground-state properties in a model quantum field theory are calculated by stochastic evaluation of a...
The asymptotic behaviour of the scattering amplitude is obtained when the pomeron has intercept alph...
We apply the reaction-diffusion (stochastic) approach to the numerical calculation of the elastic am...
The stochastic model of classical system of particles (partons), which dynamics includes random walk...
Prepared for the proceedings of the XXI International Workshop High Energy Physics and Quantum Field...
We show that, contrary to previous assertions, multi-pomeron couplings to the external particles are...
Toy models of interacting Pomerons with triple and quaternary Pomeron vertices in zero transverse di...
We reinterpret the JIMWLK/KLWMIJ evolution equation as the QCD Reggeon field theory (RFT). The basic...
We review a physical content of the two simplest models of reggeon field theory: namely the eikonal ...
Using rapidity evolution equations we study two-to-two gauge-theory scattering amplitudes in the Reg...
We analyze the range of applicability of the high energy Reggeon Field Theory H RFT derived in [1]. ...
We study the high energy evolution of hadronic cross-sections and other physical observables. In Cha...
AbstractWe calculate corrections to the BDS formula for the six-particle planar MHV amplitude for th...
We propose a Reggeon Field Theory phase diagram involving Sub-critical and Super-critical Pomeron be...
Presents a discussion of the derivation of the reggeon calculus from perturbation theory. The method...
Ground-state properties in a model quantum field theory are calculated by stochastic evaluation of a...
The asymptotic behaviour of the scattering amplitude is obtained when the pomeron has intercept alph...
We apply the reaction-diffusion (stochastic) approach to the numerical calculation of the elastic am...
The stochastic model of classical system of particles (partons), which dynamics includes random walk...
Prepared for the proceedings of the XXI International Workshop High Energy Physics and Quantum Field...
We show that, contrary to previous assertions, multi-pomeron couplings to the external particles are...
Toy models of interacting Pomerons with triple and quaternary Pomeron vertices in zero transverse di...
We reinterpret the JIMWLK/KLWMIJ evolution equation as the QCD Reggeon field theory (RFT). The basic...
We review a physical content of the two simplest models of reggeon field theory: namely the eikonal ...
Using rapidity evolution equations we study two-to-two gauge-theory scattering amplitudes in the Reg...
We analyze the range of applicability of the high energy Reggeon Field Theory H RFT derived in [1]. ...
We study the high energy evolution of hadronic cross-sections and other physical observables. In Cha...
AbstractWe calculate corrections to the BDS formula for the six-particle planar MHV amplitude for th...
We propose a Reggeon Field Theory phase diagram involving Sub-critical and Super-critical Pomeron be...
Presents a discussion of the derivation of the reggeon calculus from perturbation theory. The method...
Ground-state properties in a model quantum field theory are calculated by stochastic evaluation of a...
The asymptotic behaviour of the scattering amplitude is obtained when the pomeron has intercept alph...