1,721,118 research outputs found
Radiative corrections and Monte Carlo generators for physics at flavor factories
No full textI review the state of the art of precision calculations and related Monte Carlo generators used in physics at flavor factories. The review describes the tools relevant for the measurement of the hadron production cross section (via radiative return, energy scan and in γγ scattering), luminosity monitoring, searches for new physics and physics of the τ lepton
The importance of being electroweak
No full textReview of the session on Electroweak Physics at IFAE 200
The quark and the Nasdaq: non-linearity and complexity from particle physics to the real world
No full textAnalytic final state corrections to e+e- -> f fbar with realistic cuts
No full textFull calculation of NLO QED final-state corrections to fermion pair production in electron-positron annihilation in the presence of realistic kinematical cuts
First look at the physics case of TLEP
No full textFirst appraisal of the physics potential of a future electron-positron collider (TLEP) at the TeV scale, after the discovery of the Higgs boson at the LHC. Report of the TLEP Design Study Working Group
Higher order QED corrections to forward-backward asymmetry
No full textCalculation of the QED radiative corrections to the forward-backward asymmetry around the Z resonance
Collinear photons from final state leptons
No full textAnalytical calculation of the emission rate of hard collinear photons by final state electrons and phenomenological application to calorimetric-like measurements
Hard photon next-to-leading corrections to two-fermion production in e+e- collisions above the Z0 peak
No full textComplete next-to-leading order calculation of the initial-state O(alpha) photonic corrections to hadron and lepton-pair production in e+e- collisions. Phenomenological application to LEP2 physics
NUNUGPV — A Monte Carlo event generator for e+e− → nu nubar gamma (gamma) events at LEP
No full textDescription of the code NUNUGPV for simulation of the Standard Model process e+e- -> nu nubar gamma, including exact tree-level matrix elements and higher-order QED corrections
Structure function formulation of e+ e- -> f fbar around the the Z0 resonance in a realistic setup
No full textDevelopment of a structure function approach to e+e- annihilation into fermion pairs and to large-angle Bhabha scattering in the presence of realistic experimental cuts
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