Pinned Repositories
html_feedback
Supports a student project developing a UI for feedback on arXiv articles rendered as html.
axionlib
A library to define all the ingredients required for basic axion-photon raytracing in axion helioscopes. Solar axion flux generation routines, optics response, magnetic field definition, and likelihood sensitivity calculations.
basic_scripts
just-the-docs
A modern, high customizable, responsive Jekyll theme for documention with built-in search.
orbits
restG4
A generic Geant4 code project that uses the REST Geant4 library to define the simulation conditions and collect the simulated results as a ROOT file, in the form of REST c++ objects. restG4 just requires two inputs, and RML file defining the simulation conditions and a GDML geometry file.
SOFM_Lecture
An exercise with a partial implementation of SOFM in python
solarDM
axionlib
A library to define all the ingredients required for basic axion-photon raytracing in axion helioscopes. Solar axion flux generation routines, optics response, magnetic field definition, and likelihood sensitivity calculations.
framework
The main project containing the core C++ classes defining framework behaviour and primordial analysis and helper tools. It centralises all other rest-for-physics repositories through submodules.
jgalan's Repositories
jgalan/axionlib
A library to define all the ingredients required for basic axion-photon raytracing in axion helioscopes. Solar axion flux generation routines, optics response, magnetic field definition, and likelihood sensitivity calculations.
jgalan/basic_scripts
jgalan/just-the-docs
A modern, high customizable, responsive Jekyll theme for documention with built-in search.
jgalan/orbits
jgalan/restG4
A generic Geant4 code project that uses the REST Geant4 library to define the simulation conditions and collect the simulated results as a ROOT file, in the form of REST c++ objects. restG4 just requires two inputs, and RML file defining the simulation conditions and a GDML geometry file.
jgalan/SOFM_Lecture
An exercise with a partial implementation of SOFM in python
jgalan/solarDM