= [http://www.physics.sjtu.edu.cn/madgraphschool/ MadGraph School on Collider Phenomenlogy, Shanghai 23-27 Nov 2015] =
[[Image(mg-school.jpg,720px)]]
== Lectures ==
[[Image(screenshot.png)]]
[attachment:maltoni_sjtu.pdf Collider Phenomenology: the basics], by Fabio Maltoni.
[attachment:FR_Shanghai_2015.pdf Introdution to FeynRules ], by Claude Duhr.
[attachment:fuks_sjtu.pdf From New Physics simulations to recasting], by Benjamin Fuks.
[attachment:APapaefstathiou_Shanghai_Nov2015.pdf Merging/Matching] by Andreas Papaefstathiou.
Introduction to Jet physics [attachment:jets1.pdf I], [attachment:jets2.pdf II] by Matteo Cacciari.
[attachment:part1+2.pdf Introduction to Parton Shower] by Stefan Prestel.
[attachment:NLOPS_china_nov2015.pdf Computations at NLO with Parton Shower matching] by Marco Zaro.
[attachment:Shao_MGSchool_Shanghai.pdf Computations at NLO in BSM] by Hua-Shang Shao.
[attachment:delphes_MG_school.pdf Fast detector simulation with DELPHES] by Michele Selvaggi.
== Tutorials ==
[attachment:Tutorial_shangai_basic_mg5.pdf MadGraph5_aMC@NLO First Tutorial] by Olivier Mattelaer.
[attachment:MG5_Shangai.pdf MadGraph5_aMC@NLO Second Tutorial] by Olivier Mattelaer.
[attachment:MadAnalysis_FirstInstallv2.pdf MadAnalysis Installation Instructions] by Benjamin Fuks.
[attachment:Tutorial.tar.gz UFO at NLO for the tutorial model]
[attachment:tuto_matching.pdf NLO/Loop Induced/MLM] by M.Zaro and O. Mattelaer
[attachment:Whizard_Tutorial.pdf whizard for e+e- physics] by Junping Tian
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We provide here complimentary material to the lectures that can used by students to verify their understanding of the basic concepts.
===== Monte Carlo integration =====
A short introduction to the techniques of Monte Carlo integration. Exercises proposed during lecture are collected in this Mathematica Notebook: [attachment:mc101.nb mc101.nb].
===== LHC Phenomenology =====
* [wiki:DiscoverTheHiggs SM Higgs discovery at the LHC]: Three important channels
* [wiki:WarmingUpChallenge Simple Black Boxes]: New gauge bosons
A collection of test, exercises, and web applications on pQCD can be found in [attachment:QCD_Pavia2015.pdf QCD_Pavia2015.pdf].
==== Going NLO ====
1. pp>H at LO (1-loop): details of the calculation (Mathematica Notebook) [https://cp3.irmp.ucl.ac.be/projects/madgraph/attachment/wiki/CernSchool2011/HiggsGG-LO-mtfinite.nb HiggsGG-LO-mtfinite.nb]
1. pp>H at NLO: details of the calculation (Mathematica Notebook) [https://cp3.irmp.ucl.ac.be/projects/madgraph/attachment/wiki/CernSchool2011/HiggsGG-NLO.nb higgsGG-NLO.nb]
1. pp>H at NLO: cross section evaluation for the LHC (Mathematica Notebook+PDF libraries to be compiled) [https://cp3.irmp.ucl.ac.be/projects/madgraph/attachment/wiki/CernSchool2011/phenHiggs.tar.gz phenHiggs.tar.gz].
A summary of the results can be found in [attachment:Higgs.pdf Higgs.pdf].
-- Main.FabioMaltoni - 2015-11-25