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Combined Analysis of Neutrino and Antineutrino Oscillations at T2K.

Authors :
Abe K
Amey J
Andreopoulos C
Antonova M
Aoki S
Ariga A
Autiero D
Ban S
Barbi M
Barker GJ
Barr G
Barry C
Bartet-Friburg P
Batkiewicz M
Berardi V
Berkman S
Bhadra S
Bienstock S
Blondel A
Bolognesi S
Bordoni S
Boyd SB
Brailsford D
Bravar A
Bronner C
Buizza Avanzini M
Calland RG
Campbell T
Cao S
Cartwright SL
Catanesi MG
Cervera A
Checchia C
Cherdack D
Chikuma N
Christodoulou G
Clifton A
Coleman J
Collazuol G
Coplowe D
Cudd A
Dabrowska A
De Rosa G
Dealtry T
Denner PF
Dennis SR
Densham C
Dewhurst D
Di Lodovico F
Di Luise S
Dolan S
Drapier O
Duffy KE
Dumarchez J
Dziewiecki M
Emery-Schrenk S
Ereditato A
Feusels T
Finch AJ
Fiorentini GA
Friend M
Fujii Y
Fukuda D
Fukuda Y
Galymov V
Garcia A
Giganti C
Gizzarelli F
Golan T
Gonin M
Hadley DR
Haegel L
Haigh MD
Hansen D
Harada J
Hartz M
Hasegawa T
Hastings NC
Hayashino T
Hayato Y
Helmer RL
Hillairet A
Hiraki T
Hiramoto A
Hirota S
Hogan M
Holeczek J
Hosomi F
Huang K
Ichikawa AK
Ikeda M
Imber J
Insler J
Intonti RA
Ishida T
Ishii T
Iwai E
Iwamoto K
Izmaylov A
Jamieson B
Jiang M
Johnson S
Jonsson P
Jung CK
Kabirnezhad M
Kaboth AC
Kajita T
Kakuno H
Kameda J
Karlen D
Katori T
Kearns E
Khabibullin M
Khotjantsev A
Kim H
Kim J
King S
Kisiel J
Knight A
Knox A
Kobayashi T
Koch L
Koga T
Konaka A
Kondo K
Kormos LL
Korzenev A
Koshio Y
Kowalik K
Kropp W
Kudenko Y
Kurjata R
Kutter T
Lagoda J
Lamont I
Lamoureux M
Larkin E
Lasorak P
Laveder M
Lawe M
Licciardi M
Lindner T
Liptak ZJ
Litchfield RP
Li X
Longhin A
Lopez JP
Lou T
Ludovici L
Lu X
Magaletti L
Mahn K
Malek M
Manly S
Marino AD
Martin JF
Martins P
Martynenko S
Maruyama T
Matveev V
Mavrokoridis K
Ma WY
Mazzucato E
McCarthy M
McCauley N
McFarland KS
McGrew C
Mefodiev A
Metelko C
Mezzetto M
Mijakowski P
Minamino A
Mineev O
Mine S
Missert A
Miura M
Moriyama S
Mueller TA
Myslik J
Nakadaira T
Nakahata M
Nakamura KG
Nakamura K
Nakamura KD
Nakanishi Y
Nakayama S
Nakaya T
Nakayoshi K
Nantais C
Nielsen C
Nirkko M
Nishikawa K
Nishimura Y
Novella P
Nowak J
O'Keeffe HM
Okumura K
Okusawa T
Oryszczak W
Oser SM
Ovsyannikova T
Owen RA
Oyama Y
Palladino V
Palomino JL
Paolone V
Patel ND
Paudyal P
Pavin M
Payne D
Perkin JD
Petrov Y
Pickard L
Pickering L
Pinzon Guerra ES
Pistillo C
Popov B
Posiadala-Zezula M
Poutissou JM
Poutissou R
Przewlocki P
Quilain B
Radermacher T
Radicioni E
Ratoff PN
Ravonel M
Rayner MA
Redij A
Reinherz-Aronis E
Riccio C
Rodrigues PA
Rondio E
Rossi B
Roth S
Rubbia A
Rychter A
Sakashita K
Sánchez F
Scantamburlo E
Scholberg K
Schwehr J
Scott M
Seiya Y
Sekiguchi T
Sekiya H
Sgalaberna D
Shah R
Shaikhiev A
Shaker F
Shaw D
Shiozawa M
Shirahige T
Short S
Smy M
Sobczyk JT
Sobel H
Sorel M
Southwell L
Steinmann J
Stewart T
Stowell P
Suda Y
Suvorov S
Suzuki A
Suzuki SY
Suzuki Y
Tacik R
Tada M
Takeda A
Takeuchi Y
Tanaka HK
Tanaka HA
Terhorst D
Terri R
Thakore T
Thompson LF
Tobayama S
Toki W
Tomura T
Touramanis C
Tsukamoto T
Tzanov M
Uchida Y
Vagins M
Vallari Z
Vasseur G
Vladisavljevic T
Wachala T
Walter CW
Wark D
Wascko MO
Weber A
Wendell R
Wilkes RJ
Wilking MJ
Wilkinson C
Wilson JR
Wilson RJ
Wret C
Yamada Y
Yamamoto K
Yamamoto M
Yanagisawa C
Yano T
Yen S
Yershov N
Yokoyama M
Yoshida K
Yuan T
Yu M
Zalewska A
Zalipska J
Zambelli L
Zaremba K
Ziembicki M
Zimmerman ED
Zito M
Żmuda J
Source :
Physical review letters [Phys Rev Lett] 2017 Apr 14; Vol. 118 (15), pp. 151801. Date of Electronic Publication: 2017 Apr 10.
Publication Year :
2017

Abstract

T2K reports its first results in the search for CP violation in neutrino oscillations using appearance and disappearance channels for neutrino- and antineutrino-mode beams. The data include all runs from January 2010 to May 2016 and comprise 7.482×10^{20} protons on target in neutrino mode, which yielded in the far detector 32 e-like and 135  μ-like events, and 7.471×10^{20} protons on target in antineutrino mode, which yielded 4 e-like and 66  μ-like events. Reactor measurements of sin^{2}2θ_{13} have been used as an additional constraint. The one-dimensional confidence interval at 90% for the phase δ_{CP} spans the range (-3.13, -0.39) for normal mass ordering. The CP conservation hypothesis (δ_{CP}=0, π) is excluded at 90% C.L.

Details

Language :
English
ISSN :
1079-7114
Volume :
118
Issue :
15
Database :
MEDLINE
Journal :
Physical review letters
Publication Type :
Academic Journal
Accession number :
28452532
Full Text :
https://doi.org/10.1103/PhysRevLett.118.151801