This lesson is being piloted (Beta version)

Hands On DM@LHC

Welcome to the hands-on tutorial of the DM@LHC conference at 2019. This tutorial should be viewed not as a comprehensive overview, as some of the talks later in the week, but rather as a chance to get down into the nitty gritty of some of the tools that we use in HEP, and at the LHC in particular, to study dark matter signatures. Throughout the tutorial you will learn about the following tools :

Prerequisites : i.e. Docker

The absolute most important thing for this tutorial is for you to install Docker. How you do this is covered in the Setup section below. Please take some time to do this in the next days. It will greatly facilitate you making the most of the time we have at the workshop tutorial.

Schedule

Setup Download files required for the lesson
00:00 1. Introduction Why do we search for dark matter at the LHC?
00:20 2. Dark Matter Theory Basics What do we actually know about DM?
What are the main ways we investigate the particle nature of DM?
00:30 3. MadGraph+Pythia How does a Monte Carlo simulation work?
What is the difference between MadGraph and Pythia?
What is the final output product of this simulation?
00:53 4. DM Searches : Mono-X How do you search for something you can’t detect?
What are ‘physics objects’ at the LHC?
What are the basic aspects of a search at the LHC?
01:13 5. LHC Statistics How do we make meaningful and robust statements
What is ‘the profile likelihood fit with CLs test statistic’?
How do we draw an exclusion boundary?
01:33 6. Rivet+Contur What is Rivet? What is Contur?
What is an unfolded distribution?
What do existing measurements say about DM signatures?
01:53 7. The Contest Key question (FIXME)
01:53 Finish

The actual schedule may vary slightly depending on the topics and exercises chosen by the instructor.