Dark matter results from 225 live days of XENON100 data.

E, Aprile; M, Alfonsi; K, Arisaka; F, Arneodo; C, Balan; L, Baudis; B, Bauermeister; A, Behrens; P, Beltrame; K, Bokeloh; E, Brown; G, Bruno; R, Budnik; JM, Cardoso; WT, Chen; B, Choi; D, Cline; AP, Colijn; H, Contreras; JP, Cussonneau; MP, Decowski; E, Duchovni; S, Fattori; AD, Ferella; W, Fulgione; F, Gao; M, Garbini; C, Ghag; KL, Giboni; LW, Goetzke; C, Grignon; E, Gross; W, Hampel; F, Kaether; A, Kish; J, Lamblin; H, Landsman; RF, Lang; Calloch M, Le; C, Levy; KE, Lim; Q, Lin; S, Lindemann; M, Lindner; JA, Lopes; K, Lung; Undagoitia T, Marrodán; FV, Massoli; Fernandez AJ, Melgarejo; Y, Meng; A, Molinario; E, Nativ; K, Ni; U, Oberlack; SE, Orrigo; E, Pantic; R, Persiani; G, Plante; N, Priel; A, Rizzo; S, Rosendahl; Santos JM, dos; G, Sartorelli; J, Schreiner; M, Schumann; Lavina L, Scotto; PR, Scovell; M, Selvi; P, Shagin; H, Simgen; A, Teymourian; D, Thers; O, Vitells; H, Wang; M, Weber; C, Weinheimer

doi:10.1103/physrevlett.109.181301

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Dark matter results from 225 live days of XENON100 data.

Published in Physical review letters • Nov 2, 2012

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Authors:

Aprile E

,

Alfonsi M

,

Arisaka K

Abstract

We report on a search for particle dark matter with the XENON100 experiment, operated at the Laboratori Nazionali del Gran Sasso for 13 months during 2011 and 2012. XENON100 features an ultralow electromagnetic background of (5.3 ± 0.6) × 10(-3) events/(keV(ee) × kg × day) in the energy region of in...

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