High energy scattering formulated as a classical branching process is considered within the framework of the QCD dipole model. Starting from Mueller's generating functional, we derive the high energy evolution law for the scattering amplitude. The amplitude's evolution is given by an infinite hierarchy of linear equations equivalent to the Balitsky's chain reduced to dipole operators. This new derivation of the hierarchy is the central result of the Letter. We also comment about target correlations which prevent the hierarchy from being expressed as the Balitsky–Kovchegov equation in closed form
Scattering processes play a central role in physics, and high-energies experiments give us an insigh...
The Balitsky-Kovchegov equation describes the high-energy growth of gauge theory scattering amplitud...
We consider a derivation of the hierarchy of correlators of ordered exponentials directly from the L...
High energy scattering formulated as a classical branching process is considered within the framewor...
We show that the Balitsky-JIMWLK equations proposed to describe non-linear evolution in QCD at high ...
In a previous publication, we have constructed a set of non-linear evolution equations for dipole sc...
In high-energy particle physics the energy evolution of various quantities can be calculated from th...
Wilson line operators are infinite gauge factors ordered along the straight lines of the fast moving...
To study scattering amplitudes at high-energy, the T-product of two currents can be expanded in term...
We consider a derivation of the hierarchy of correlators of ordered exponentials directly from the L...
We reproduce the DIS measurements of the proton structure function at high energy from the dipole mo...
High-energy scattering in the saturation region is described by the evolution of color dipoles. In t...
Abstract. We consider the dynamics of N bosons in three dimensions. We assume the pair interaction i...
We study aspects of hadronic evolution in high energy physics. In chapter 1 we give an introduction ...
The next-to-leading order (NLO) Balitsky-Kovchegov (BK) equation describing the high-energy evoluti...
Scattering processes play a central role in physics, and high-energies experiments give us an insigh...
The Balitsky-Kovchegov equation describes the high-energy growth of gauge theory scattering amplitud...
We consider a derivation of the hierarchy of correlators of ordered exponentials directly from the L...
High energy scattering formulated as a classical branching process is considered within the framewor...
We show that the Balitsky-JIMWLK equations proposed to describe non-linear evolution in QCD at high ...
In a previous publication, we have constructed a set of non-linear evolution equations for dipole sc...
In high-energy particle physics the energy evolution of various quantities can be calculated from th...
Wilson line operators are infinite gauge factors ordered along the straight lines of the fast moving...
To study scattering amplitudes at high-energy, the T-product of two currents can be expanded in term...
We consider a derivation of the hierarchy of correlators of ordered exponentials directly from the L...
We reproduce the DIS measurements of the proton structure function at high energy from the dipole mo...
High-energy scattering in the saturation region is described by the evolution of color dipoles. In t...
Abstract. We consider the dynamics of N bosons in three dimensions. We assume the pair interaction i...
We study aspects of hadronic evolution in high energy physics. In chapter 1 we give an introduction ...
The next-to-leading order (NLO) Balitsky-Kovchegov (BK) equation describing the high-energy evoluti...
Scattering processes play a central role in physics, and high-energies experiments give us an insigh...
The Balitsky-Kovchegov equation describes the high-energy growth of gauge theory scattering amplitud...
We consider a derivation of the hierarchy of correlators of ordered exponentials directly from the L...