Tools 2017: Tools for the SM and the New Physics

10 Sept 2017, 08:45 → 13 Sept 2017, 19:55 Europe/Zurich

The aim of the workshop is to review the main computational tools used for collider physics (both in the context of the Standard Model and new physics) as well as for Dark Matter searches.

Sunday, 10 September

10:30 → 11:00 Coffee break

11:00 → 11:15 Session 0 - Welcome / presentation

11:00 Welcome - presentation

Speaker: Fawzi Boudjema (LAPTh, Annecy)

Corfu2017_Fawzi.pdf

11:15 → 13:15 Session 1 - collider codes

11:15 Overview Talk: Collider tools (50'+10')

Speaker: Peter Richardson (CERN & IPPP, Durham University)

tools.pdf

12:15 N(N)LO calculations (50'+10')

Speaker: Gionata Luisoni (CERN)

luisoni_tools2017.pdf

13:15 → 16:00 Lunch break

16:00 → 20:00 Session 2 - Collider codes

16:00 Parton showers matching / merging (40'+5')

Speaker: Marek Schoenherr (Universitaet Zuerich (CH))

CorfuTools_MarekSchoenherr.pdf

16:45 Jet physics and boosted objects: Theory (40'+5')

Speaker: Gregory Soyez (IPhT, CEA Saclay)

jets.pdf

17:30 Coffee break

18:00 Hands on collider tools - jets and boosted objects (1h)

Speaker: Gregory Soyez (IPhT, CEA Saclay)

fastjet-WW-tutorial.pdf

The material for the tutorial can be downloaded here:

   http://www.lpthe.jussieu.fr/~soyez/data/2017-Corfu-WW-tutorial.tar.gz

Once you have unpacked it, there are instructions either in the README file or in the fastjet-WW-tutorial.pdf file. Prior to the hand-on session you might want to install fastjet (easier to do it in the same directory) following the instructions from

  http://fastjet.fr/quickstart.html

The tutorial requires events file which I will circulate on a USB stick. If the internet connection is good enough, you can also get them by executing the "get-event-files.sh" script in the event-files directory

 

19:00 Hands on collider tools - Rivet (1h)

Speaker: Andy Buckley (Glasgow Uni.)

buckley-rivettutorial.pdf

Rivet 2.5.4 is here: https://rivet.hepforge.org/  The easiest thing to
do is probably to run our bootstrap script, following the instructions
at https://rivet.hepforge.org/trac/wiki/GettingStarted

Monday, 11 September

09:00 → 12:30 Session 3 - Dark matter codes

09:00 Overview Talk: Dark Matter tools (40'+5')

Speaker: Genevieve Belanger

Belanger_corfu_dmtools.pdf

09:45 Relic density calculation (40'+5')

Speaker: Paolo Gondolo (Utah Uni.)

10:30 Coffee break

11:00 Direct detection calculations (40'+5')

Speaker: Riccardo Catena (Chalmers University)

Catena_Corfu2017.pdf

11:45 Indirect Detection (40'+5')

Speaker: Marco Cirelli (CNRS LPTHE Jussieu)

03.PPPC4DMID.Corfu.pdf

12:30 → 16:00 Lunch break

16:00 → 19:30 Session 5 - dark matter codes

16:00 Hands on dark matter codes - DarkSUSY (1h30)

Speaker: Joakim Edsjo (Stockholm University)

170911-DarkSUSY-intro-Tools-Corfu.pdf

170911-DarkSUSY-tutorial-Tools-Corfu.pdf

download page for DarkSUSY 6 for TOOLS 2017:

 

http://www.astroparticle.se/ds/

17:30 Coffee break

18:00 Hands on dark matter codes - MicrOMEGAs (1h30)

Speaker: Alexander Pukhov (SINP, MSU)

micromegas_corfu.pdf

The version of micrOMEGAs which will be used for the tutorial is to be downloaded here

https://lapp-owncloud.in2p3.fr/s/ZbA4f5ckOcmP4bW

For installation follow the instruction on the micrOMEGAs page  https://lapth.cnrs.fr/micromegas/

Tuesday, 12 September

09:00 → 13:30 Session 4 - Collider codes

09:00 Collider codes - the experimentalist standpoint (40'+5')

Speaker: Jonathan Butterworth (University College London (UK))

tools.pdf

tools.pptx

09:45 BSM@Collider tools (40'+5')

Speaker: Benjamin Fuks (LPTHE (FR))

fuks_tools.pdf

10:30 Coffee break

11:00 Hands on collider tools - FeynRules, MG5_aMC, NLO, (B)SM, ... (1h30)

Speaker: Olivier Pierre C Mattelaer (UCLouvain / CERN)

17_09_13_tuto_corfu.pdf

Material/Code for the tutorial

https://launchpad.net/mg5amcnlo/2.0/2.6.x/+download/MG5_aMC_v2.6.0.tar.gz

12:30 Hands on collider tools - Herwig (1h)

Speaker: Peter Richardson (CERN & IPPP, Durham University)

slides.pdf

 

Herwig can be download and installed using the bootstrap script here

https://herwig.hepforge.org/tutorials/installation/bootstrap.html

 

There will be a virtual machine build

 

 

13:30 → 16:00 Lunch break

16:00 → 20:00 Free afternoon

Wednesday, 13 September

09:00 → 12:30 Session 7 - Overview of specific codes

09:00 FormCalc and FeynArts (25'+5')

Speaker: Thomas Hahn (MPI f. Physik)

talk.pdf

09:30 FeynHiggs (25'+5')

Speaker: Henning Bahl (Max-Planck für Physik, München)

TOOLS_2017_Bahl.pdf

10:00 LHC results reinterpretation tools (25'+5')

Speaker: Eric Conte (Institut Pluridisciplinaire Hubert Curien (FR))

Corfu2017_Recast.pdf

10:30 Coffee break

11:00 Gambit (25'+5')

Speaker: Pat Scott (Imperial College London)

Slides

Here is the link for downloading GAMBIT: 
http://www.hepforge.org/archive/gambit/gambit-1.0.1.tar.gz

In the README.md file there is a list of other packages that are needed 
to install and run GAMBIT. I've pasted the list below for convenience. 
It's mostly standard packages, but I suspect not everyone will have will 
have packages like Eigen, yaml and hdf5 installed.

-------------------

GAMBIT is built using the CMake system. The following libraries and 
packages must be installed prior to configuration:

COMPULSORY:

  - gcc/gfortran 4.7.1 or greater, or icc/ifort 12.1.0 or greater
  - Python 2.7 or greater (Python 3 is not supported)
  - Python modules: yaml, os, re, datetime, sys, getopt, shutil and 
itertools.
  - Boost 1.41 or greater
  - GNU Scientific Library (GSL) 1.10 or greater
  - Eigen 3.1.0 or greater
  - LAPACK
  - PKG Config

OPTIONAL:

  - the h5py python module (for use of the hdf5 printer)
  - MPI (required for parallel sampling)
  - axel (speeds up downloads of backends and scanners)
  - graphviz (required for model hierarchy and dependency tree plots)
  - HDF5 (for use of the hdf5 printer)
  - ROOT (required for the Delphes detector simulation, or the GreAT 
scanner from ScannerBit)

11:30 Whizard (25'+5')

Speaker: Jürgen Reuter (DESY Hamburg, Germany)

JRR_2017_Tools.pdf

This is a Docker image. It can be downloaded from here: http://whizard.hepforge.org/tutorials/tutorial-2017/
(either gzipped oder bzip2ed)

In that folder there is also an explanation how to install and use docker. You basically load the docker image to be downloaded, and then
you have something like a virtual machine.

12:00 PySecDec (25' + 5')

Speaker: Stephan Jahn (MPI)

Stephan_Jahn_Tools2017.pdf

All important information about (py)SecDec is linked from our web page:

http://secdec.hepforge.org/


Installation instructions are available in the manual:

http://secdec.readthedocs.io/en/stable/installation.html


An introduction to the basic usage is provided in the manual:

http://secdec.readthedocs.io/en/stable/gettingstarted.html

The distribution tarballs come with a variety of examples. All examples

are listed on the bottom of the "Getting Started" section in the manual.

Additional information and a more extensive discussion of the examples

can also be found in our paper [1703.09692] (submitted to CPC).


Feel free to send feedback, suggestions, or bug reports to our mailing list:

secdec@projects.hepforge.org
 

12:30 → 16:00 Lunch break

16:00 → 18:05 Session 7 - Overview of specific codes: Contributions by Request

16:05 USINE (25'+5')

Speaker: Mathieu Boudaud (LPTHE)

TOOLS_2017_boudaud.pdf

16:35 CLUMPY (25'+5')

Speaker: Moritz Hütten (DESY/Humboldt-Universität Berlin)

2017-TOOLS-Clumpy.pdf

17:05 SmodelS (25'+5')

Speaker: Wolfgang Waltenberger (HEPHY VIENNA)

smodels_corfu.pdf

17:35 Hands on collider tools - Gambit (30')

Speaker: Anders Kvellestad (Nordita)

GAMBIT_tutorial_commands.txt

GAMBIT_tutorial_TOOLS2017.pdf

WC_lite.pip

WC_lite.yaml

Here is the link for downloading GAMBIT: 
http://www.hepforge.org/archive/gambit/gambit-1.0.1.tar.gz

In the README.md file there is a list of other packages that are needed 
to install and run GAMBIT. I've pasted the list below for convenience. 
It's mostly standard packages, but I suspect not everyone will have will 
have packages like Eigen, yaml and hdf5 installed.

-------------------

GAMBIT is built using the CMake system. The following libraries and 
packages must be installed prior to configuration:

COMPULSORY:

  - gcc/gfortran 4.7.1 or greater, or icc/ifort 12.1.0 or greater
  - Python 2.7 or greater (Python 3 is not supported)
  - Python modules: yaml, os, re, datetime, sys, getopt, shutil and 
itertools.
  - Boost 1.41 or greater
  - GNU Scientific Library (GSL) 1.10 or greater
  - Eigen 3.1.0 or greater
  - LAPACK
  - PKG Config

OPTIONAL:

  - the h5py python module (for use of the hdf5 printer)
  - MPI (required for parallel sampling)
  - axel (speeds up downloads of backends and scanners)
  - graphviz (required for model hierarchy and dependency tree plots)
  - HDF5 (for use of the hdf5 printer)
  - ROOT (required for the Delphes detector simulation, or the GreAT 
scanner from ScannerBit)

18:05 → 18:35 Coffee break

18:35 → 19:35 Session 8 - Roundtable

Corfu_Summary_RoundT_2017.pdf

19:35 → 19:55 Session 9 - Closing remarks

19:35 Closing remarks