"Hands-on" project: FLAVIO
FLAVIO is a python package for flavour physics and other precision tests of the Standard Model that computes predictions for hundreds of observables in the Standard Model and beyond. An important aspect of the FLAVIO python package is its open source code, which facilitates development by the community.
In this "hands-on" project, interested users will learn how to update, extend, and improve the FLAVIO source code according to their needs. In the spirit of learning-by-doing, they will work on small projects supervised by the current maintainer of the FLAVIO package. Possible projects include:
- updating the experimental data included in FLAVIO
- implementing new observables
(e.g. observables of the decay Λb → Λ(1520)ll from arXiv:1903.00448 recently studied by members of the GdR-Inf in arXiv:2005.09602) - adding new features
(e.g. implementing the effect of a non-vanishing K* width in B → K* transitions from arXiv:1908.02267) - your own ideas
The list of possible projects will be discussed at the end of the lectures on FLAVIO (Monday, 28 September, 14:00-18:00, see indico.in2p3.fr/event/22193). Participants of the "Hands-on" project: FLAVIO are strongly encouraged to suggest their own small projects (e.g. observables or features they would like to be implemented in FLAVIO). Ideas for small projects can be specified in the registration form.
Preliminary requirements:
- lectures on FLAVIO (Monday, 28 September, 14:00-18:00, see indico.in2p3.fr/event/22193)
- some experience with python will be useful
Project GitHub page: github.com/flav-io/flavio
Project coordinator: Peter Stangl
Abhishek Iyer
Alessandro Scarabotto
Alexandre Carvunis
Aoife Bharucha
Camille Normand
Carla MARIN BENITO
Christian Finck
Felicia Volle
Francesco Polci
Giulio Dujany
justine Serrano
Lucas Martel
Martín Novoa Brunet
Matthew Kirk
Olcyr Sumensari
Olivier Leroy
Pascal Vincent
Renato Quagliani
Shireen Gangal
Tristan Fillinger
Yasmine Amhis
Zhuoran Huang