chunshen1987/fit_HBT_correlation
The program read in the event-averaged HBT correlation function and perform fit to get the HBT radii
Developer Profile
chunshen1987
Discovered public repositories for chunshen1987 in the GitHub catalog.
chunshen1987/hadronic_afterburner_toolkit
This program computes the particle pair HBT correlation from Monte-Carlo samples of emitted particles
chunshen1987/generate_gaussian_quadrature
a simple program to generate various kinds of gaussian quadrature points with weights for numerical integration
chunshen1987/HBT_correlation
This code computes particle pair correlation function and HBT radii from the freeze-out hypersurface with Cooper-fyre emission function
chunshen1987/VISHNew
(2+1)-d viscous hydrodynamic simulation for relativistic heavy-ion collisions
chunshen1987/iSS
Monte Carlo sampler for particle distribution from Cooper-Frye freeze-out procedure
chunshen1987/iS
Cooper-Frye freeze-out calculator
chunshen1987/superMC
Monte Carlo event generator of initial density distributions for relativistic heavy-ion collisions
chunshen1987/nucleusParametersTuner
Finding the best configuration set of parameters for nucleus density distribution for various nuclei
chunshen1987/particle_Afterburner
python scripts for analyzing particle samples generated from particle event generators
chunshen1987/smoothHydropackage
This package perform single shot hydro or hybrid simulations for relativistic heavy-ion collisions
chunshen1987/viscous_emissionrate_tables_QGP_2_to_2_processes_Kinetic_approach
Calculate thermal photon emission rates as well as their viscous corrections from kinetic approach in the quark gluon plasma phase.
chunshen1987/viscous_emissionrate_tables_QGP_2_to_2_processes_Diagrammatic_approach_AMY
Calculate photon emission rates from 2 to 2 scattering processes in QGP phase. The formalism in equilibrium is developed by AMY and extended to viscous case.
chunshen1987/photonEmission_hydroInterface
The interface between hydrodynamic evolution and thermal photon emission
chunshen1987/iEBE
The iEBE package is a convenience package to automate event-by-event hydro + hadron cascade hybrid calculations in relativistic heavy-ion collisions.
chunshen1987/viscous_emissionrate_tables_HG_2to2_with_chemical_potential_and_Formfactor
calculate photon emission rates from 2 to 2 scattering processes in a hadron resonance gas
chunshen1987/viscous_emissionrate_tables_HG_rho_decay_with_chemical_potential_and_Formfactor
calculate photon emission rate from rho decay channel rho -> pi + pi + gamma
chunshen1987/PhotonEmissionRate_QGPcollinearAMY
calculate photon emission rate from infinite homogeneous high temperature medium. The program solves the collinear emission kernel derived by AMY (hep-ph/0109064).
chunshen1987/hydro_analysis
Analyze the hydrodynamic evolution file
chunshen1987/pythonPlotUtility
some scripts for plotting results from database from iEBE package with matplotlib
chunshen1987/Heavy-ion_EM_fields
calculate electromagnetic fields from the spectators in relativistic heavy-ion collisions
chunshen1987/JetReader_h5
A class to output hydrodynamic information from VISH2+1 into HDF5 format and provide function to access HDF5 file data
chunshen1987/HadronResonanceGas
Compute the equation of state of non-interacting hadron resonance gas