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Available video(s): CERN-VIDEO-CONF-2003-024-A ; CERN-VIDEO-CONF-2003-024-B ; CERN-VIDEO-CONF-2003-024-C ; CERN-VIDEO-CONF-2003-024-D ; CERN-VIDEO-CONF-2003-024-E
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Series: CERN Academic Training Lecture Lectures for Postgraduate Students
From: CERN. Geneva. Audiovisual Unit

CERN, Geneva, 20 - 24 Oct 2003
The video was digitized from its original recording as part of the CERN Digital Memory project
The video was reviewed and enriched with additional information.
Title: QCD Phenomenology as High Energy : Evolution Equations - 22nd October
Title: QCD Phenomenology as High Energy : Evolution Equations - 24th October
Title: CERN Academic Training Lectures : Introduction to QCD - 23rd October
Type: Conference Speech
Keywords: QCD,Monte Carlo,DGLAP,Sudakov,Gluon Emission,Equation,Branching,Proton,Elements,Parton,Density,Delta,Plus-Prescription,Z,Momentum,Evolution equations,Quarks,Hadron,PDF,Space,Gluon,Distributions,Quark distribution
Keywords: QCD,Jets,DELPHI,Kinematical,Cone,CDF,Preliminary,hadron-hadron,Deep Inelastic,Scattering,Lepton,Quark,Results,Electron,Proton,Elastic,Momentum Frame,Cross-section,Equations,Formulas,Callan-Gross,Gluons,Flavour-Singlet,Matrix,Anomalous,NLO,Gamma,Factorization,Process,Collider,Transverse,Dominate,Scale,Transverse,Mass,Transverse momentum,Lepton pair,Jets,Beam energy,Jet production,Decay
Keywords: QCD,Jets,Fragmentation,Hadronization,Cluster,String model,Particle,Quark,Gluon,DGLAP equations,Mathematics,LEP,PETRA,CLEO,Pythia
category: Portraits of science
Date: 2003-10-22
Date: 2003-10-24
Date: 2003-10-23
Filmed people: Webber, Bryan
Description (eng): Lecture 3 - Evolution equations: DGLAP equation, Sudakov form factor, Monte Carlo method, soft gluon emission, angular ordering, coherent branching
Description (eng): Lecture 5 - DIS and hadron-hadron processes: Deep inelastic scattering, scaling violation, small x, hadron-hadron processes, lepton pair production, jet production, heavy quark production
Description (eng): Lecture 4 - Jet fragmentation: Fragmentation functions, small-x fragmentation, average multiplicity, hadronization models, cluster and string models, particle yields and spectra, quark and gluon jets.Jet fragmentation: Fragmentation functions, small-x fragmentation, average multiplicity, hadronization models, cluster and string models, particle yields and spectra, quark and gluon jets.
Internal comment: Ends halfway through a sentence

Physical medium: Source is DVD video