Orateur
Jack Dunger
(University of Oxford)
Description
The SNO+ experiment aims for world leading sensitivity to neutrinoless double beta (0vbb) decay using Te130, loaded into a kilotonne-scale liquid scintillator detector. The detector is now filled with ultra-pure water, which will be replaced with unloaded liquid scintillator in the coming months. These two preliminary phases will provide critical background contraints for 0vbb phase, as well as sensitivity to a broad range of low-energy physics. This talk will present initial measurements from the water phase and projected sensitivities for the future phases.
Auteur principal
Jack Dunger
(University of Oxford)
