Standard Model Physics at the LHC

<!--HTML--><b>1</b>. Top Physics : Single top production and top polarization, D. O'Neil. Top mass determination, spin correlations and t-tbar asymmetries, L. Sonnenschein. FCNC-induced production and decays, S. Slabospitsky. MC tools for signals and backgrounds, M. Mangano. Plans for the writing of the final report, Conveners. Top physics: Discussion.<br> <b>2</b>. Electroweak physics (cont.) : Anomalous triple gauge boson couplings: analysis, strategies, and form factor considerations, M. Dobbs. Sensitivity to anomalous triple gauge boson couplings, W. Thuemmel. Drell-Yan production of W,Z with electroweak corrections, S. Dittmaier. Vector boson self-couplings and effective field theory, J.R. Pelaez. Recent theoretical progress, Z. Kunszt. Electroweak physics: Discussion. Recent theoretical progress in b production, G. Ridolf. Studies on b production, S. Gennai. Comparison of most recent b-production theoretical computations with PYTHIA, A. Kharchilava. Possibilities for b production measurements, P. Vikas. B production: Discussion.<br> <b>3</b>. B decays : Theoretical overview of CP violation measurements, R. Fleischer. Experimental feasibility of 'new approaches', C. Shepherd-Themistocleous. B to h+h revisited and the extraction of the angles alpha and gamma, D. Rousseau. Flavour tagging strategy at the LHC, with special reference to CMS, Y. Lemoigne. B decays (cont.) Remarks on controlling systematic uncertainties in CP measurements, G. Wilkinson. B to D*pi/a1 as a clean measurement of g, J. Rademacker. Measuring the angle alpha with B to 3pi, J. Libby. B decays: Discussion.<br> <b>4</b>. QCD W.J. Stirling. Production of isolated photons, S. Frixione. Double-parton scattering, D. Treleani <br><b>5</b>. QCD (cont.) Jet definitions and algorithms, D. Soper. Selected results from the QCD Working Group, S. Catani. QCD: Discussion. Conclusions and instructions for the final report, M. Mangano.