The physics program of the PADME experiment

Author:

Caricato A P,Martino M,Oceano I,Oliva F,Spagnolo S,Chiodini G,Bossi F,Buonomo B,De Sangro R,Di Giulio C,Domenici D,Finocchiaro G,Foggetta L G,Garattini M,Ghigo A,Giacchino F,Gianotti P,Sarra I,Sciascia B,Spadaro T,Spiriti E,Taruggi C,Vilucchi E,Ferrarotto F,Leonardi E,Safai Tehrani F,Valente P,Fiore S,Georgiev G,Ivanov S,Simeonov R,Kozhuharov V,Liberti B,Long E,Organtini G C,Piperno G,Raggi M,Martini M,Capirossi V,Iazzi F,Pinna F,Alexander J,Frankenthal A

Abstract

Abstract PADME (Positron Annihilation into Dark Matter Experiment) is a fixed target experiment located at the Beam Test Facility (BTF) at the Laboratori Nazionali di Frascati (LNF) designed to search for a massive dark photon A in the process e + e γ A , using a positron beam of energy up to 550 MeV. The experiment exploits the missing mass technique which allows for a search of A in a model independent way. A sensitivity on the mixing constant ϵ > 10−3 for a dark photon mass in the range 1 m A 23.7 MeV /c2 can be achieved by collecting 4 × 1013 positrons on target. Run 2 data taking finished in December 2020 and allowed to reach an integrated luminosity of 5 × 1012 positrons on target.

Publisher

IOP Publishing

Subject

Condensed Matter Physics,Mathematical Physics,Atomic and Molecular Physics, and Optics

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