heavy-ion-collisions
There are 4 repositories under heavy-ion-collisions topic.
MUSIC-fluid / MUSIC
This is the official code repository for MUSIC, a (3+1)D hydrodynamic code package for relativistic heavy-ion collisions
Language:C++ 30chunshen1987 / iEBE-MUSIC
This is a repository is an overarching numerical framework for event-by-event simulations of relativistic heavy-ion collisions
Language:Python 12vlvovch / Thermal-FIST
A package for hadron resonance gas model applications (current version: 1.4.2)
Language:C++ 12doliinychenko / microcanonical_cooper_frye
Sampling particles on a hypersurface with local event-by-event account of energy, momentum, baryon number, strangeness and charge conservation.
Language:C++ 9ArcsaberHep / PACIAE
A parton and hadron cascade model PACIAE (Parton And-hadron China Institute of Atomic Energy).
Language:Fortran 4fleer / HIC_Solver_1D
Simulation of Quark-Gluon-Plasma in heavy-ion collisions with the help of relativistic dissipative hydrodynamics (1+1 dimension)
Language:C++ 4- Language:C++ 4
HeavyIonAnalysis / QnTools
Framework for flow analyses in heavy-ion collisions.
Language:C++ 4- sparkx
smash-transport / sparkx
SPARKX - Software Package for Analyzing Relativistic Kinematics in Collision eXperiments
Language:Python 4 - Language:C 4
DarkGluon / Quark-Gluon-Plasma
The Jet reconstruction Algorithm and the Jupyter Notebooks for plotting and comparing results with the data from the ATLAS Detector,CERN(PLB 790 108 (2019)).
Language:Jupyter Notebook 3- Language:C++ 2
- Language:C++ 2
raymondEhlers / pyfastjet
Fastjet bindings based on pybind11
Language:C++ 2the-nuclear-confectionery / CCAKE
Conserved ChArges HydrodynamiK Evolution
Language:Mathematica 2An event generator for the firecracker model and the hadron rescattering in high energy pA and AA collisions LUCIAE (LUnd China Institute of Atomic Energy).
Language:Fortran 1- Language:C++ 1
milescb / double_quarkonium_production
Code used in analysis of uncorrelated double quarkonioum production.
Language:C++ 1- Language:Python 1
- Language:Python 1
Implementation of the Reaction Plane (RP) Fit for three RP orientations as described in Phys. Rev. C 93, 044915 by C. Nattrass et al.
Language:Python 1sbysiak / jets-tagging-xgboost
repository for my bachelor thesis concerning jets tagging performed with XGBoost library
Language:C 1Spa271985 / jetevoleqhic
In medium gluon evolution equations to study jet quenching in heavy ion collisions.
Language:Jupyter Notebook 1Hendrik1704 / GPBayesTools-HIC
Gaussian Process Bayesian Toolkit with Monte Carlo Sampler Integration for Heavy Ion Collisions
Language:Jupyter Notebook
