A self-contained text describing recent advances in deep inelastic scattering in high energy physics. The technique originated in the experiments that led to Rutherford's discovery of the atomic nucleus. The underlying theory and formalism are outlined and particular attention is given to the detailed determination of proton structure.
A self-contained text describing recent advances in deep inelastic scattering in high energy physics. The technique originated in the experiments that led to Rutherford's discovery of the atomic nucleus. The underlying theory and formalism are outlined and particular attention is given to the detailed determination of proton structure.
Robin Devenish joined the Department of Physics and Hertford College at the University of Oxford in 1979 and was awarded the title of Professor in 1996. He has worked on particle physics phenomenology and experimental high-energy physics, particularly electron-positron annihilation at DORIS and PETRA and with the ZEUS collaboration at the electron-proton collider HERA since its inception. Amanda Cooper-Sarkar joined the Rutherford Laboratory in 1979 and held a CERN Senior Fellowship 1983-85. In 1990, she joined the Department of Physics and St. Hilda's College at the University of Oxford, and St. John's College in 1995. She has worked on deep inelastic scattering experiments and phenomenology for more than 20 years, starting with the early neutrino induced experiments at the BEBC detector at CERN in the 1980s and moving on to join the ZEUS collaboration at the electron-proton collider HERA.
Inhaltsangabe
1: Introduction 2: The quark-parton model 3: Quantum chromodynamics (QCD) and formal methods 4: QCD improved parton model 5: Deep inelastic scattering (DIS) experiments and data 6: Extraction of parton densities 7: Alpha s from scaling violations and jets at high Q squared 8: DIS at high Q squared 9: DIS at low x 10: Hadron induced DIS 11: Polarized DIS 12: Beyond the standard model A: Dirac equations and some other conventions B: Phase space and cross-sections C: DIS cross-sections D: Feynman rules E: Monte Carlo codes F: Data sources G: Parton parameterizations
1: Introduction 2: The quark-parton model 3: Quantum chromodynamics (QCD) and formal methods 4: QCD improved parton model 5: Deep inelastic scattering (DIS) experiments and data 6: Extraction of parton densities 7: Alpha s from scaling violations and jets at high Q squared 8: DIS at high Q squared 9: DIS at low x 10: Hadron induced DIS 11: Polarized DIS 12: Beyond the standard model A: Dirac equations and some other conventions B: Phase space and cross-sections C: DIS cross-sections D: Feynman rules E: Monte Carlo codes F: Data sources G: Parton parameterizations
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