First Test Of Lorentz Violation With A Reactor-based Antineutrino Experiment

Abe Y.; Aberle C.; Dos Anjos J.C.; Bergevin M.; Bernstein A.; Bezerra T.J.C.; Bezrukhov L.; Blucher E.; Bowden N.S.; Buck C.; Busenitz J.; Cabrera A.; Caden E.; Camilleri L.; Carr R.; Cerrada M.; Chang P.-J.; Chimenti P.; Classen T.; Collin A.P.; Conover E.; Conrad J.M.; Crespo-Anadon J.I.; Crum K.; Cucoanes A.; D'Agostino M.V.; Damon E.; Dawson J.V.; Dazeley S.; Dietrich D.; Djurcic Z.; Dracos M.; Durand V.; Ebert J.; Efremenko Y.; Elnimr M.; Erickson A.; Fallot M.; Fechner M.; Von Feilitzsch F.; Felde J.; Fischer V.; Franco D.; Franke A.J.; Franke M.; Furuta H.; Gama R.; Gil-Botella I.; Giot L.; Goger-Neff M.; Gonzalez L.F.G.; Goodman M.C.; Goon J.T.; Greiner D.; Haag N.; Habib S.; Hagner C.; Hara T.; Hartmann F.X.; Haser J.; Hatzikoutelis A.; Hayakawa T.; Hofmann M.; Horton-Smith G.A.; Ishitsuka M.; Jochum J.; Jollet C.; Jones C.L.; Kaether F.; Kalousis L.N.; Kamyshkov Y.; Kaplan D.M.; Katori T.; Kawasaki T.; Keefer G.; Kemp E.; De Kerret H.; Konno T.; Kryn D.; Kuze M.; Lachenmaier T.; Lane C.E.; Lasserre T.; Letourneau A.; Lhuillier D.; Lima H.P.; Lindner M.; Lopez-Castano J.M.; Losecco J.M.; Lubsandorzhiev B.K.; Lucht S.; McKee D.; Maeda J.; Maesano C.N.; Mariani C.; Maricic J.; Martino J.; Matsubara T.; Mention G.; Meregaglia A.; Meyer M.; Miletic T.; Milincic R.; Miyata H.; Mueller T.A.; Nagasaka Y.; Nakajima K.; Novella P.; Obolensky M.; Oberauer L.; Onillon A.; Osborn A.; Ostrovskiy I.; Palomares C.; Pepe I.M.; Perasso S.; Perrin P.; Pfahler P.; Porta A.; Potzel W.; Pronost G.; Reichenbacher J.; Reinhold B.; Remoto A.; Rohling M.; Roncin R.; Roth S.; Rybolt B.; Sakamoto Y.; Santorelli R.; Sato F.; Schonert S.; Schoppmann S.; Schwetz T.; Shaevitz M.H.; Shrestha D.; Sida J.-L.; Sinev V.; Skorokhvatov M.; Smith E.; Spitz J.; Stahl A.; Stancu I.; Stokes L.F.F.; Strait M.; Stuken A.; Suekane F.; Sukhotin S.; Sumiyoshi T.; Sun Y.; Terao K.; Tonazzo A.; Toups M.; Trinh Thi H.H.; Valdiviesso G.; Veyssiere C.; Wagner S.; Watanabe H.; White B.; Wiebusch C.; Winslow L.; Worcester M.; Wurm M.; Yanovitch E.; Yermia F.; Zimmer V.

dc.creator	Abe Y.
dc.creator	Aberle C.
dc.creator	Dos Anjos J.C.
dc.creator	Bergevin M.
dc.creator	Bernstein A.
dc.creator	Bezerra T.J.C.
dc.creator	Bezrukhov L.
dc.creator	Blucher E.
dc.creator	Bowden N.S.
dc.creator	Buck C.
dc.creator	Busenitz J.
dc.creator	Cabrera A.
dc.creator	Caden E.
dc.creator	Camilleri L.
dc.creator	Carr R.
dc.creator	Cerrada M.
dc.creator	Chang P.-J.
dc.creator	Chimenti P.
dc.creator	Classen T.
dc.creator	Collin A.P.
dc.creator	Conover E.
dc.creator	Conrad J.M.
dc.creator	Crespo-Anadon J.I.
dc.creator	Crum K.
dc.creator	Cucoanes A.
dc.creator	D'Agostino M.V.
dc.creator	Damon E.
dc.creator	Dawson J.V.
dc.creator	Dazeley S.
dc.creator	Dietrich D.
dc.creator	Djurcic Z.
dc.creator	Dracos M.
dc.creator	Durand V.
dc.creator	Ebert J.
dc.creator	Efremenko Y.
dc.creator	Elnimr M.
dc.creator	Erickson A.
dc.creator	Fallot M.
dc.creator	Fechner M.
dc.creator	Von Feilitzsch F.
dc.creator	Felde J.
dc.creator	Fischer V.
dc.creator	Franco D.
dc.creator	Franke A.J.
dc.creator	Franke M.
dc.creator	Furuta H.
dc.creator	Gama R.
dc.creator	Gil-Botella I.
dc.creator	Giot L.
dc.creator	Goger-Neff M.
dc.creator	Gonzalez L.F.G.
dc.creator	Goodman M.C.
dc.creator	Goon J.T.
dc.creator	Greiner D.
dc.creator	Haag N.
dc.creator	Habib S.
dc.creator	Hagner C.
dc.creator	Hara T.
dc.creator	Hartmann F.X.
dc.creator	Haser J.
dc.creator	Hatzikoutelis A.
dc.creator	Hayakawa T.
dc.creator	Hofmann M.
dc.creator	Horton-Smith G.A.
dc.creator	Ishitsuka M.
dc.creator	Jochum J.
dc.creator	Jollet C.
dc.creator	Jones C.L.
dc.creator	Kaether F.
dc.creator	Kalousis L.N.
dc.creator	Kamyshkov Y.
dc.creator	Kaplan D.M.
dc.creator	Katori T.
dc.creator	Kawasaki T.
dc.creator	Keefer G.
dc.creator	Kemp E.
dc.creator	De Kerret H.
dc.creator	Konno T.
dc.creator	Kryn D.
dc.creator	Kuze M.
dc.creator	Lachenmaier T.
dc.creator	Lane C.E.
dc.creator	Lasserre T.
dc.creator	Letourneau A.
dc.creator	Lhuillier D.
dc.creator	Lima H.P.
dc.creator	Lindner M.
dc.creator	Lopez-Castano J.M.
dc.creator	Losecco J.M.
dc.creator	Lubsandorzhiev B.K.
dc.creator	Lucht S.
dc.creator	McKee D.
dc.creator	Maeda J.
dc.creator	Maesano C.N.
dc.creator	Mariani C.
dc.creator	Maricic J.
dc.creator	Martino J.
dc.creator	Matsubara T.
dc.creator	Mention G.
dc.creator	Meregaglia A.
dc.creator	Meyer M.
dc.creator	Miletic T.
dc.creator	Milincic R.
dc.creator	Miyata H.
dc.creator	Mueller T.A.
dc.creator	Nagasaka Y.
dc.creator	Nakajima K.
dc.creator	Novella P.
dc.creator	Obolensky M.
dc.creator	Oberauer L.
dc.creator	Onillon A.
dc.creator	Osborn A.
dc.creator	Ostrovskiy I.
dc.creator	Palomares C.
dc.creator	Pepe I.M.
dc.creator	Perasso S.
dc.creator	Perrin P.
dc.creator	Pfahler P.
dc.creator	Porta A.
dc.creator	Potzel W.
dc.creator	Pronost G.
dc.creator	Reichenbacher J.
dc.creator	Reinhold B.
dc.creator	Remoto A.
dc.creator	Rohling M.
dc.creator	Roncin R.
dc.creator	Roth S.
dc.creator	Rybolt B.
dc.creator	Sakamoto Y.
dc.creator	Santorelli R.
dc.creator	Sato F.
dc.creator	Schonert S.
dc.creator	Schoppmann S.
dc.creator	Schwetz T.
dc.creator	Shaevitz M.H.
dc.creator	Shrestha D.
dc.creator	Sida J.-L.
dc.creator	Sinev V.
dc.creator	Skorokhvatov M.
dc.creator	Smith E.
dc.creator	Spitz J.
dc.creator	Stahl A.
dc.creator	Stancu I.
dc.creator	Stokes L.F.F.
dc.creator	Strait M.
dc.creator	Stuken A.
dc.creator	Suekane F.
dc.creator	Sukhotin S.
dc.creator	Sumiyoshi T.
dc.creator	Sun Y.
dc.creator	Terao K.
dc.creator	Tonazzo A.
dc.creator	Toups M.
dc.creator	Trinh Thi H.H.
dc.creator	Valdiviesso G.
dc.creator	Veyssiere C.
dc.creator	Wagner S.
dc.creator	Watanabe H.
dc.creator	White B.
dc.creator	Wiebusch C.
dc.creator	Winslow L.
dc.creator	Worcester M.
dc.creator	Wurm M.
dc.creator	Yanovitch E.
dc.creator	Yermia F.
dc.creator	Zimmer V.
dc.date	2012
dc.date	2015-06-25T20:23:32Z
dc.date	2015-11-26T15:19:13Z
dc.date	2015-06-25T20:23:32Z
dc.date	2015-11-26T15:19:13Z
dc.date.accessioned	2018-03-28T22:28:45Z
dc.date.available	2018-03-28T22:28:45Z
dc.identifier
dc.identifier	Physical Review D - Particles, Fields, Gravitation And Cosmology. , v. 86, n. 11, p. - , 2012.
dc.identifier	15507998
dc.identifier	10.1103/PhysRevD.86.112009
dc.identifier	http://www.scopus.com/inward/record.url?eid=2-s2.0-84871724564&partnerID=40&md5=f3b1c07ac801b6762ee0867b3e159b52
dc.identifier	http://www.repositorio.unicamp.br/handle/REPOSIP/90057
dc.identifier	http://repositorio.unicamp.br/jspui/handle/REPOSIP/90057
dc.identifier	2-s2.0-84871724564
dc.identifier.uri	http://repositorioslatinoamericanos.uchile.cl/handle/2250/1259690
dc.description	We present a search for Lorentz violation with 8249 candidate electron antineutrino events taken by the Double Chooz experiment in 227.9 live days of running. This analysis, featuring a search for a sidereal time dependence of the events, is the first test of Lorentz invariance using a reactor-based antineutrino source. No sidereal variation is present in the data and the disappearance results are consistent with sidereal time independent oscillations. Under the Standard-Model Extension, we set the first limits on 14 Lorentz violating coefficients associated with transitions between electron and tau flavor, and set two competitive limits associated with transitions between electron and muon flavor. © 2012 American Physical Society.
dc.description	86
dc.description	11
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dc.language	en
dc.publisher
dc.relation	Physical Review D - Particles, Fields, Gravitation and Cosmology
dc.rights	aberto
dc.source	Scopus
dc.title	First Test Of Lorentz Violation With A Reactor-based Antineutrino Experiment
dc.type	Artículos de revistas

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