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The PADME beam line Monte Carlo simulation

Bossi, F. ; Branchini, P. ; Buonomo, B. ; Capirossi, V. ; Caricato, A. P. ; Chiodini, G. ; De Sangro, R. ; Di Giulio, C. ; Domenici, D. ; Ferrarotto, F. ; Fiore, S. ; Finocchiaro, G. ; Foggetta, L. G. ; Frankenthal, A. ; Garattini, M. ; Georgiev, G. ; Ghigo, A. ; Gianotti, P. ; Iazzi, F. ; Ivanov, S. ; Ivanov, Sv ; Kozhuharov, V. ; Leonardi, E. ; Long, E. ; Martino, M. ; Oceano, I. ; Oliva, F. ; Organtini, G. C. ; Pinna, F. ; Piperno, G. ; Raggi, M. ; Sarra, I. ; Simeonov, R. ; Spadaro, T. ; Spagnolo, S. ; Spiriti, E. ; Tagnani, D. ; Taruggi, C. ; Valente, P. ; Variola, A. ; Vilucchi, E.

The journal of high energy physics, 2022-09, Vol.2022 (9), p.233-16, Article 233 [Peer Reviewed Journal]

Berlin/Heidelberg: Springer Berlin Heidelberg

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Title:
The PADME beam line Monte Carlo simulation
Author: Bossi, F. ; Branchini, P. ; Buonomo, B. ; Capirossi, V. ; Caricato, A. P. ; Chiodini, G. ; De Sangro, R. ; Di Giulio, C. ; Domenici, D. ; Ferrarotto, F. ; Fiore, S. ; Finocchiaro, G. ; Foggetta, L. G. ; Frankenthal, A. ; Garattini, M. ; Georgiev, G. ; Ghigo, A. ; Gianotti, P. ; Iazzi, F. ; Ivanov, S. ; Ivanov, Sv ; Kozhuharov, V. ; Leonardi, E. ; Long, E. ; Martino, M. ; Oceano, I. ; Oliva, F. ; Organtini, G. C. ; Pinna, F. ; Piperno, G. ; Raggi, M. ; Sarra, I. ; Simeonov, R. ; Spadaro, T. ; Spagnolo, S. ; Spiriti, E. ; Tagnani, D. ; Taruggi, C. ; Valente, P. ; Variola, A. ; Vilucchi, E.
Subjects: Atoms & subatomic particles ; Beam Line Simulation ; Classical and Quantum Gravitation ; Design ; Elementary Particles ; Energy ; Experiments ; Fixed Target Experiments ; GEANT4 ; High energy physics ; Laboratories ; Missing mass (astrophysics) ; Monte Carlo simulation ; Optical components ; Particle decay ; Physics ; Physics and Astronomy ; Positron annihilation ; Positron beams ; Positrons ; Quantum Field Theories ; Quantum Field Theory ; Quantum Physics ; Regular Article - Experimental Physics ; Relativity Theory ; Sensors ; Simulation ; String Theory ; Test facilities
Is Part Of: The journal of high energy physics, 2022-09, Vol.2022 (9), p.233-16, Article 233
Description: A bstract The PADME experiment at the DAΦNE Beam-Test Facility (BTF) of the INFN Laboratory of Frascati is designed to search for invisible decays of dark sector particles produced in electron-positron annihilation events with a positron beam and a thin fixed target, by measuring the missing mass of single-photon final states. The presence of backgrounds originating from beam halo particles can significantly reduce the sensitivity of the experiment. To thoroughly understand the origin of the beam background contribution, a detailed G eant 4-based Monte Carlo simulation has been developed, containing a full description of the detector together with the beam line and its optical elements. This simulation allows the full interactions of each particle to be described, both during beam line transport and during detection, a possibility which represents an innovative way to obtain reliable background predictions.
Publisher: Berlin/Heidelberg: Springer Berlin Heidelberg
Language: English

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The PADME beam line Monte Carlo simulation

Berlin/Heidelberg: Springer Berlin Heidelberg

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