1998 European School of High-Energy Physics: St. Andrews, Scotland, 23 August-3 September 1998 : Proceedings, Issue 4
Nick Ellis, J. March-Russell
CERN, European Organization for Nuclear Research, 1999 - Science - 458 pages
These proceedings contain lectures on field theory and the Standard Model, quantum chromodynamics, flavour phusics, and phusics beyond the Standard Model, as well as reports on cosmology, detection of gravitational waves, and lattice QCD. They also contain lectures on experimental techniques, the high-energy physics programme at JINR, the science behind Dolly the sheep, and malt whisky.
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Field Theory and the Standard Model Abstract V Novikov
Quantum field theory Birdseye view
63 other sections not shown
amplitude angle anisotropies approximation baryon calculations calorimeter CERN charge CKM matrix clustering comoving contribution corrections correlation function cosmological coupling constant CP violation decay density dependence detectors diagrams effect electrons electroweak emission energy resolution equation experimental factor fermions field Figure flavor fluctuations Friedmann equation galaxies gauge bosons gluon gravitational wave hadronic heavy quark Higgs boson horizon inflation interactions invariant JINR Lagrangian lattice lattice QCD lecture leptons Lett limit linear massless matrix elements measured meson mixing momentum MSSM muon neutrinos neutron Nucl Nucl.Phys nuclear observed parameters particles parton perturbation phase photons Phys Phys.Lett physics pions possible potential power spectrum prediction produced quantum quark mass quenched radiation redshift relativistic renormalization scalar scale shower shown in Fig simulation Standard Model supersymmetry symmetry temperature theory unitarity universe vacuum energy vector velocity