In high energy collisions saturation and multiple collisions are most easily accounted for in transverse coordinate space, while analyses in momentum space have been more suitable for calculating properties of exclusive final states. In this paper I describe an extension of Mueller's dipole cascade model, which attempts to combine the good features of both these descriptions. Besides saturation it also includes effects of correlations and fluctuations, which have been difficult to account for in previous approaches. The model reproduces successfully total, elastic, and diffractive cross-sections in pp collisions and DIS, and a description of final states will be ready soon
Diffractive excitation is a large fraction of the pp cross section, also at high energies. Diffracti...
The effects of energy conservation and saturation are studied in the coordinate space dipole formula...
Diffractive excitation is usually described by the Good-Walker formalism for low masses, and by the ...
In high energy collisions saturation and multiple collisions are most easily accounted for in transv...
The Lund dipole model DIPSY is based on BFKL evolution and saturation. It can be applied to collisio...
In a series of papers we have developed a Monte Carlo model based on Mueller's dipole picture of BFK...
We present a new model for simulating exclusive final states in minimum-bias collisions between hadr...
We present a new model for simulating exclusive final states in minimum-bias collisions between hadr...
Diffractive excitation is usually described by the Good-Walker formalism for low masses, and by the ...
We have in earlier papers presented an extension of Mueller's dipole cascade model, which includes s...
Diffractive excitation is a large fraction of the pp cross section, also at high energies. Diffracti...
Diffractive excitation is a large fraction of the pp cross section, also at high energies. Diffracti...
Diffractive excitation is a large fraction of the pp cross section, also at high energies. Diffracti...
Diffractive excitation is a large fraction of the pp cross section, also at high energies. Diffracti...
Diffractive excitation is a large fraction of the pp cross section, also at high energies. Diffracti...
Diffractive excitation is a large fraction of the pp cross section, also at high energies. Diffracti...
The effects of energy conservation and saturation are studied in the coordinate space dipole formula...
Diffractive excitation is usually described by the Good-Walker formalism for low masses, and by the ...
In high energy collisions saturation and multiple collisions are most easily accounted for in transv...
The Lund dipole model DIPSY is based on BFKL evolution and saturation. It can be applied to collisio...
In a series of papers we have developed a Monte Carlo model based on Mueller's dipole picture of BFK...
We present a new model for simulating exclusive final states in minimum-bias collisions between hadr...
We present a new model for simulating exclusive final states in minimum-bias collisions between hadr...
Diffractive excitation is usually described by the Good-Walker formalism for low masses, and by the ...
We have in earlier papers presented an extension of Mueller's dipole cascade model, which includes s...
Diffractive excitation is a large fraction of the pp cross section, also at high energies. Diffracti...
Diffractive excitation is a large fraction of the pp cross section, also at high energies. Diffracti...
Diffractive excitation is a large fraction of the pp cross section, also at high energies. Diffracti...
Diffractive excitation is a large fraction of the pp cross section, also at high energies. Diffracti...
Diffractive excitation is a large fraction of the pp cross section, also at high energies. Diffracti...
Diffractive excitation is a large fraction of the pp cross section, also at high energies. Diffracti...
The effects of energy conservation and saturation are studied in the coordinate space dipole formula...
Diffractive excitation is usually described by the Good-Walker formalism for low masses, and by the ...