Gammapy is an open-source Python package for analysing very-high-energy gamma-ray data. It is used as core library of the open Science Analysis Tool of CTAO. Thanks to its design and the alignment of the FAIR4RS principles, the library also offers the possibility to analyse data from the optical band up to the PeV range serialised into standards formats, and to realise joint modelling of heterogeneous datasets.
Within the ACME project, the Gammapy team will extend its analysis features to handle neutrino data, leading to realise real joint multi-messenger analyses with a light stand-alone library.
Since 2019, an effort has been initiated by APC and ECAP (Erlangen) to incorporate neutrino analysis tools into the software. APC is now pursuing this effort within the framework of ACME to allow for joint neutrino and gamma-ray analyses. The gamma-ray and neutrino groups can provide support to users who wish to use Gammapy to probe custom gamma-ray and neutrino emission models. The teams would also be very happy to collaborate with researchers proposing the integration of new analysis techniques to the software.
The IFAE group also provides tutorials and hands-on sessions to illustrate the analysis of MAGIC, and Cherenkov Telescopes in general, data with Gammapy. Additionally, they can illustrate how to perform multi-instrument analyses by combining MAGIC data with other publicly available gamma-ray data sets (e.g., Fermi-LAT; H.E.S.S., HAWC, CTAO).
Link: https://gammapy.org/
Institute(s) providing expertise: