Theory of LHC processes

<!--HTML--><br>1. Welcome and introduction - Perspective from the Tevatroni - Demands to theory from ATLAS/CMS: G. Altarelli, J Huston, D Denegri, D Froidevaux</br> <br>2. LHCb, goals and perspectives : T. Nakada</br> <br>3. Structure functions - Jet physics - W & Z production : W J Stirling, W. Giele, R K Ellis</br> <br>4. QCD in dense matter - Production properties of Higgs and SUSY particles: Y Dokshitser, M Spira</br><br>5. - New developments and perspectives on the MSSM - More general approaches to learning SUSY physics from data - GMSB models:what should we expect at the LHC? H Baer, G Kane, S Ambrosanio</br><br>6. B physics after the B-Factories - Heavy flavour production - Top physics : Y Nir, M Mangano, S Willenbrock</br><br> 7. Monte-Carlo's for the LHC - Matching partronic X-sections with shower MC's - MC's and jet spectroscopy : B Webber, T Sjöstrand, M Seymour