Speaker
Tommaso Dorigo
(Universita e INFN, Padova (IT))
Description
The SWGO experiment aims at measuring ultra-high-energy gamma ray
showers through an array of water Cherenkov tanks deployed at high
altitude in the southern emisphere. A measurement of photon flux entails
the separation of hadronic backgrounds and a precise energy and position
reconstruction. In this presentation we propose a method for the optimization of the placement on the ground of the detector tanks, using differentiable programming techniques. A parallel study of tank design integrated in the pipeline will produce an end-to-end model suitable for working out the global configuration guaranteeing the maximum scientific output of the experiment.
Author
Tommaso Dorigo
(Universita e INFN, Padova (IT))
Co-authors
Dr
Federico Nardi
(University of Padova)
Prof.
Michele Doro
(University of Padova)
