Pinned Repositories
CaloGAN
Generative Adversarial Networks for High Energy Physics extended to a multi-layer calorimeter simulation
cms-jupyter-materials-english
This repository contains material for classroom activities using open data from CMS CERN. Materials include basic introduction to Python and Jupyter Notebooks and ready exercises for the classrooms. LEARN: import csv-files, select data, plot histograms, python, particle physics e.g. two muon spectrum
cosmic_rays_PA2022
Geant4 simulation of cosmic showers at the Earth's atmosphere for the UFRGS Portas Abertas 2022.
DarkPhoton-LNLS
Detector simulation for search o Dark Photon in beam-dump experiment
Geant4Tutorials
Tutorials made for Geant4
ipython-geant4-linac
A GEANT4 Linac written purely in the python environment using IPython notebook.
LHE-Proton-Writer
Routine to append proton kinematics in text files in LHE format
Python-programming-exercises
100+ Python challenging programming exercises
rcgeef
Rutherford-Scattering
➡️⏺ 2D physics simulation of Coulomb/Rutherford scattering between two charged particles.
GASP@UFRGS's Repositories
GASP-UFRGS/cosmic_rays_PA2022
Geant4 simulation of cosmic showers at the Earth's atmosphere for the UFRGS Portas Abertas 2022.
GASP-UFRGS/rcgeef
GASP-UFRGS/Geant4Tutorials
Tutorials made for Geant4
GASP-UFRGS/CaloGAN
Generative Adversarial Networks for High Energy Physics extended to a multi-layer calorimeter simulation
GASP-UFRGS/cms-jupyter-materials-english
This repository contains material for classroom activities using open data from CMS CERN. Materials include basic introduction to Python and Jupyter Notebooks and ready exercises for the classrooms. LEARN: import csv-files, select data, plot histograms, python, particle physics e.g. two muon spectrum
GASP-UFRGS/DarkPhoton-LNLS
Detector simulation for search o Dark Photon in beam-dump experiment
GASP-UFRGS/ipython-geant4-linac
A GEANT4 Linac written purely in the python environment using IPython notebook.
GASP-UFRGS/LHE-Proton-Writer
Routine to append proton kinematics in text files in LHE format
GASP-UFRGS/Python-programming-exercises
100+ Python challenging programming exercises
GASP-UFRGS/Rutherford-Scattering
➡️⏺ 2D physics simulation of Coulomb/Rutherford scattering between two charged particles.
GASP-UFRGS/argon_box
Primitive Python-based Geant4 simulation of particle interactions in liquid argon
GASP-UFRGS/awesome-python
A curated list of awesome Python frameworks, libraries, software and resources
GASP-UFRGS/beta-spectrum
Compute the beta decay (electron or anti-neutrino) energy spectra for individual isotopes and cumulative fission processes
GASP-UFRGS/cmssw-install
Script for installing the CMS software on CERN CentOS7
GASP-UFRGS/corsika-workflow
Workflow for simulating, picturing, animating, and analyzing atmospheric showers
GASP-UFRGS/diffusion_schrodinger_bridge
PyTorch Implementation of DSB for Score Based Generative Modeling. Experiments managed using Hydra.
GASP-UFRGS/G4CMP
A low energy condensed matter package for Geant4
GASP-UFRGS/geant4
Geant4 toolkit for the simulation of the passage of particles through matter - NIM A 506 (2003) 250-303
GASP-UFRGS/GEANT4-GPU
Port existing GEANT4 particle simulation code to make use of GPU computational power. Software will be used to study particle interactions in a variety of contexts at McMaster and beyond.
GASP-UFRGS/Geant4-web
A web interface for using Geant4 to simulate radiation shielding
GASP-UFRGS/geant4tomosim
Geant4 tomography simulations as a python package.
GASP-UFRGS/GEM
GEM Detector Simulation with Geant4
GASP-UFRGS/linac
A platform for clinical linear accelerator simulation using GEANT4.
GASP-UFRGS/madminer
Machine learning–based inference toolkit for particle physics
GASP-UFRGS/mg5_ZBosonProd
MadGraph5 scripts for production of Z bosons at the SppS experimental conditions and plot of data.
GASP-UFRGS/MiniScatter
Easy-to-use wrapper for the Geant4 library for Monte Carlo radiation transport in matter. Possible to use either from the command line or from within Python/Jupyter. This makes estimating energy deposition from a particle beam in a target or the scattering and energy loss of the beam particles a relatively straight-forward process.
GASP-UFRGS/Mu-Simulation
simulation of muons (and more) through earth material
GASP-UFRGS/NeutronRadiation
Activation calculations using GEANT4 and FLUKA for proton beam therapy
GASP-UFRGS/schroedinger-bridges