We present a partonic Monte Carlo event generator that can be used for calculating the group independent kinematical functions of any infrared safe four-jet observable at NLO accuracy. As an example, we calculate the differential distribution of the $\Pi_1$ and $\Pi_4$ Fox-Wolfram moments. We find large K factors (K $>$ 2). The effect of the radiative correction is to increase the overall normalization, but not to reduce the renormalization scale dependence significantly
The analysis of hadronic events in high-energy electron-positron annihilation often relies upon the ...
I report on a numerical program, which can be used to calculate any infra-red safe two-jet observabl...
We present approximations to tree level multiparton scattering amplitudes which are appropriate when...
We report on the general purpose numerical program MERCUTIO, which can be used to calculate any infr...
We report next-to-leading order perturbative QCD predictions of 4 jet event shape variables for the ...
We present the next-to-leading order calculation of two four-jet event shape variables, the D parame...
I present a general purpose Monte Carlo program for calculating the next-to-leading order correction...
We show that the next-to-leading order perturbative prediction matched with the next-to-leading loga...
We discuss the problems that arise when one wishes to extend the existing general methods of computi...
Accents à la TeXThis thesis deals with perturbative QCD-corrections to four-jet production in electr...
We present the first explicit formulae for the complete set of one-loop helicity amplitudes necessar...
We report on a method for matching the next-to-leading order calculation of QCD jet production in e+...
We present a new subtraction scheme for computing jet cross sections in electron-positron annihilati...
We present a procedure to calculate the Sudakov radiator for a generic recursive infrared and collin...
I review the status of fixed order jet Monte Carlos and briefly discuss the prospects for next-to-ne...
The analysis of hadronic events in high-energy electron-positron annihilation often relies upon the ...
I report on a numerical program, which can be used to calculate any infra-red safe two-jet observabl...
We present approximations to tree level multiparton scattering amplitudes which are appropriate when...
We report on the general purpose numerical program MERCUTIO, which can be used to calculate any infr...
We report next-to-leading order perturbative QCD predictions of 4 jet event shape variables for the ...
We present the next-to-leading order calculation of two four-jet event shape variables, the D parame...
I present a general purpose Monte Carlo program for calculating the next-to-leading order correction...
We show that the next-to-leading order perturbative prediction matched with the next-to-leading loga...
We discuss the problems that arise when one wishes to extend the existing general methods of computi...
Accents à la TeXThis thesis deals with perturbative QCD-corrections to four-jet production in electr...
We present the first explicit formulae for the complete set of one-loop helicity amplitudes necessar...
We report on a method for matching the next-to-leading order calculation of QCD jet production in e+...
We present a new subtraction scheme for computing jet cross sections in electron-positron annihilati...
We present a procedure to calculate the Sudakov radiator for a generic recursive infrared and collin...
I review the status of fixed order jet Monte Carlos and briefly discuss the prospects for next-to-ne...
The analysis of hadronic events in high-energy electron-positron annihilation often relies upon the ...
I report on a numerical program, which can be used to calculate any infra-red safe two-jet observabl...
We present approximations to tree level multiparton scattering amplitudes which are appropriate when...