Semi-numerical resummation of event shapes
Journal of High Energy Physics 6:1 (2002) 355-381
Abstract:
For many event-shape observables, the most difficult part of a resummation in the Born limit is the analytical treatment of the observable's dependence on multiple emissions, which is required at single logarithmic accuracy. We present a general numerical method, suitable for a large class of event shapes, which allows the resummation specifically of these single logarithms. It is applied to the case of the thrust major and the oblateness, which have so far defied analytical resummation and to the two-jet rate in the Durham algorithm, for which only a subset of the single logs had up to now been calculated. © SISSA/ISAS 2002.Small x phenomenology: Summary and status: The small x collaboration
European Physical Journal C 25:1 (2002) 77-101
Abstract:
The aim of this paper is to summarize the general status of our understanding of small-x physics. It is based on presentations and discussions at an informal meeting on this topic held in Lund, Sweden, in March 2001. This document also marks the founding of an informal collaboration between experimentalists and theoreticians with a special interest in small-x physics. This paper is dedicated to the memory of Bo Andersson, who died unexpectedly from a heart attack on March 4th, 2002.DIS event-shape resummations and spin-offs
ACTA PHYSICA POLONICA B 33:10 (2002) 3311-3316
QCD tests through hadronic final-state measurements
ACTA PHYSICA POLONICA B 33:10 (2002) 2791-2812
Semi-numerical resummation of event shapes - art. no. 018
JOURNAL OF HIGH ENERGY PHYSICS (2002) ARTN 018