TOOLS2020
2-6 November, 2020
Institut de Physique des 2 Infinis (IP2I), Lyon, France
published May 10, 2021
Institut de Physique des 2 Infinis (IP2I), Lyon, France
published May 10, 2021
TOOLS 2020, Tools for High Energy Physics and Cosmology, will be a hybrid in-person/online event at the Institut de Physique des 2 Infinis de Lyon (IP2I), Lyon, France, from Nov 2-6, 2020.
This workshop aims to review the state-of-the-art tools for high energy physics and cosmology.
The workshop consists of short sessions over 5 days together with software demo and several discussion sessions.
The following themes will be covered at the workshop:
Higgs and Collider physics
Dark matter
Cosmology
Flavour physics and precision tests
General tools (Fitting tools, recast tools, spectrum generators, etc...)
The program will consist of both invited talks and contributed talks. All the talks will be online (via zoom) but participants from close-by institutions are welcome to participate in person (please contact the organisers for travel funds).
All the talks will be recorded and made available online so that participants from different time zones will have the possibility to follow the talks.
Editorial Board
- Alexandre Arbey
Université Lyon 1 - IP2I - Genevieve Belanger
LAPTH - Farvah Mahmoudi
Lyon University - Pat Scott
The University of Queensland - Peter Skands
School of Physics and Astronomy, Monash University, VIC-3800, Australia
| Sessions |
|---|
| Dark Matter session |
| Collider session |
| Cosmology session |
| Higgs, Flavour and Precision session |
| General tools session |
| Dark Matter session |
|---|
|
Review on Dark Matter tools
|
|
An introduction to DDCalc
|
|
DirectDM
|
|
USINE, CRDB, and CLUMPY tools
|
|
Strax and Straxen: Streaming analysis for xenon experiments
|
|
Formation of light (anti)nuclei
|
|
Tools for Feebly Interacting Particles
|
|
MeV astronomy with Herwig?
|
|
Studying dark matter with MadDM 3.1: a short user guide
|
|
DarkSUSY tutorial
|
|
Capt’n General
|
| Collider session |
|
Review on Feynman rules and matrix elements calculators
|
|
Review on Monte Carlo based programs
|
|
Review on collider recasting tools
|
|
xsec
|
|
Generative Networks for LHC events
|
|
FAST-HEP
|
|
pyhf: pure-Python implementation of HistFactory with tensors and automatic differentiation
|
|
Contur tutorial
|
|
Whizard tutorial
|
|
MadAnalysis5 tutorial
|
|
New developments in SModelS
|
| Cosmology session |
|
CosmoBit
|
|
BlackHawk: A tool for computing Black Hole evaporation
|
|
Review of Big Bang nucleosynthesis tools
|
|
Multi-interacting dark matter in the Boltzmann code CLASS
|
|
ACROPOLIS: A generiC fRamework fOr Photodisintegration Of LIght elementS
|
|
Particle spectra from dark matter annihilation: physics modelling and QCD uncertainties
|
|
The ESCAPE Dark Matter Test Science Project
|
|
MontePython
|
|
COFFE tutorial
|
|
AlterBBN
|
| Higgs, Flavour and Precision session |
|
Review on Higgs calculators
|
|
EOS
|
|
smelli – the SMEFT Likelihood
|
|
Flavour Physics with SuperIso
|
|
HEPlike
|
|
HEPfit: The Bayesian MCMC for HEP
|
|
FlexibleSUSY
|
|
Constraining new physics from Higgs measurements with Lilith-2
|
| General tools session |
|
GAMBIT, the Global and Modular BSM Inference Tool
|
|
Semi-automated BSM model building procedures in MARTY-1.1 through a 2HDM example
|
|
GM2calc
|
|
PyR@TE 3
|
|
Automatic Differentiation for error analysis
|
|
NuTools for the LHC and Beyond
|
|
SingularPhasespace and Helicity Recycling inMadGraph5_aMC@NLO
|
|
SMEFT and background fields
|
|
SMEFT Fitting and One-Loop Matching
|
|
GAMBIT-GUM Tutorial
|
