| Literature DB >> 24856687 |
K Abe1, J Adam2, H Aihara3, T Akiri4, C Andreopoulos5, S Aoki6, A Ariga7, T Ariga7, S Assylbekov8, D Autiero9, M Barbi10, G J Barker11, G Barr12, M Bass8, M Batkiewicz13, F Bay14, S W Bentham15, V Berardi16, B E Berger8, S Berkman17, I Bertram15, S Bhadra18, F d M Blaszczyk19, A Blondel20, C Bojechko21, S Bordoni22, S B Boyd11, D Brailsford23, A Bravar20, C Bronner24, N Buchanan8, R G Calland25, J Caravaca Rodríguez22, S L Cartwright26, R Castillo22, M G Catanesi16, A Cervera27, D Cherdack8, G Christodoulou25, A Clifton8, J Coleman25, S J Coleman28, G Collazuol29, K Connolly30, L Cremonesi31, A Dabrowska13, I Danko32, R Das8, S Davis30, P de Perio33, G De Rosa34, T Dealtry35, S R Dennis36, C Densham5, F Di Lodovico31, S Di Luise14, O Drapier37, T Duboyski31, K Duffy12, F Dufour20, J Dumarchez38, S Dytman32, M Dziewiecki39, S Emery40, A Ereditato7, L Escudero27, A J Finch15, L Floetotto41, M Friend42, Y Fujii42, Y Fukuda43, A P Furmanski11, V Galymov40, S Giffin10, C Giganti38, K Gilje2, D Goeldi7, T Golan44, M Gonin37, N Grant15, D Gudin45, D R Hadley11, A Haesler20, M D Haigh11, P Hamilton23, D Hansen32, T Hara6, M Hartz46, T Hasegawa42, N C Hastings10, Y Hayato1, C Hearty17, R L Helmer47, M Hierholzer7, J Hignight2, A Hillairet21, A Himmel4, T Hiraki24, S Hirota24, J Holeczek48, S Horikawa14, K Huang24, A K Ichikawa24, K Ieki24, M Ieva22, M Ikeda1, J Imber2, J Insler19, T J Irvine49, T Ishida42, T Ishii42, S J Ives23, E Iwai42, K Iyogi1, A Izmaylov50, A Jacob12, B Jamieson51, R A Johnson28, J H Jo2, P Jonsson23, C K Jung2, M Kabirnezhad52, A C Kaboth23, T Kajita49, H Kakuno53, J Kameda1, Y Kanazawa54, D Karlen55, I Karpikov45, E Kearns56, M Khabibullin45, A Khotjantsev45, D Kielczewska57, T Kikawa24, A Kilinski52, J Kim17, J Kisiel48, P Kitching58, T Kobayashi42, L Koch41, A Kolaceke10, A Konaka47, L L Kormos15, A Korzenev20, K Koseki42, Y Koshio59, I Kreslo7, W Kropp60, H Kubo24, Y Kudenko45, S Kumaratunga47, R Kurjata39, T Kutter19, J Lagoda52, K Laihem41, I Lamont15, M Laveder29, M Lawe26, M Lazos25, K P Lee49, T Lindner47, C Lister11, R P Litchfield11, A Longhin29, L Ludovici61, M Macaire40, L Magaletti16, K Mahn47, M Malek23, S Manly62, A D Marino28, J Marteau9, J F Martin33, T Maruyama42, J Marzec39, E L Mathie10, V Matveev45, K Mavrokoridis25, E Mazzucato40, M McCarthy17, N McCauley25, K S McFarland62, C McGrew2, C Metelko25, M Mezzetto29, P Mijakowski52, C A Miller47, A Minamino24, O Mineev45, S Mine60, A Missert28, M Miura1, L Monfregola27, S Moriyama1, Th A Mueller37, A Murakami24, M Murdoch25, S Murphy14, J Myslik21, T Nagasaki24, T Nakadaira42, M Nakahata63, T Nakai64, K Nakamura65, S Nakayama1, T Nakaya66, K Nakayoshi42, D Naples32, C Nielsen17, M Nirkko7, K Nishikawa42, Y Nishimura49, H M O'Keeffe15, R Ohta42, K Okumura67, T Okusawa64, W Oryszczak57, S M Oser17, R A Owen31, Y Oyama42, V Palladino34, J Palomino2, V Paolone32, D Payne25, O Perevozchikov19, J D Perkin26, Y Petrov17, L Pickard26, E S Pinzon Guerra18, C Pistillo7, P Plonski39, E Poplawska31, B Popov38, M Posiadala57, J-M Poutissou47, R Poutissou47, P Przewlocki52, B Quilain37, E Radicioni16, P N Ratoff15, M Ravonel20, M A M Rayner20, A Redij7, M Reeves15, E Reinherz-Aronis8, F Retiere47, A Robert38, P A Rodrigues62, P Rojas8, E Rondio52, S Roth41, A Rubbia14, D Ruterbories8, R Sacco31, K Sakashita42, F Sánchez22, F Sato42, E Scantamburlo20, K Scholberg4, S Schoppmann41, J Schwehr8, M Scott47, Y Seiya64, T Sekiguchi42, H Sekiya1, D Sgalaberna14, M Shiozawa63, S Short23, Y Shustrov45, P Sinclair23, B Smith23, R J Smith12, M Smy60, J T Sobczyk44, H Sobel68, M Sorel27, L Southwell15, P Stamoulis27, J Steinmann41, B Still31, Y Suda54, A Suzuki6, K Suzuki24, S Y Suzuki42, Y Suzuki63, T Szeglowski48, R Tacik69, M Tada42, S Takahashi24, A Takeda1, Y Takeuchi70, H K Tanaka1, H A Tanaka17, M M Tanaka42, D Terhorst41, R Terri31, L F Thompson26, A Thorley25, S Tobayama17, W Toki8, T Tomura1, Y Totsuka71, C Touramanis25, T Tsukamoto42, M Tzanov19, Y Uchida23, K Ueno1, A Vacheret12, M Vagins68, G Vasseur40, T Wachala13, A V Waldron12, C W Walter4, D Wark72, M O Wascko23, A Weber35, R Wendell1, R J Wilkes30, M J Wilking47, C Wilkinson26, Z Williamson12, J R Wilson31, R J Wilson8, T Wongjirad4, Y Yamada42, K Yamamoto64, C Yanagisawa2, S Yen47, N Yershov45, M Yokoyama54, T Yuan28, M Yu18, A Zalewska13, J Zalipska52, L Zambelli38, K Zaremba39, M Ziembicki39, E D Zimmerman28, M Zito40, J Żmuda44.
Abstract
New data from the T2K neutrino oscillation experiment produce the most precise measurement of the neutrino mixing parameter θ23. Using an off-axis neutrino beam with a peak energy of 0.6 GeV and a data set corresponding to 6.57×10(20) protons on target, T2K has fit the energy-dependent νμ oscillation probability to determine oscillation parameters. The 68% confidence limit on sin(2)(θ23) is 0.514(-0.056)(+0.055) (0.511±0.055), assuming normal (inverted) mass hierarchy. The best-fit mass-squared splitting for normal hierarchy is Δm32(2)=(2.51±0.10)×10(-3) eV(2)/c(4) (inverted hierarchy: Δm13(2)=(2.48±0.10)×10(-3) eV(2)/c(4)). Adding a model of multinucleon interactions that affect neutrino energy reconstruction is found to produce only small biases in neutrino oscillation parameter extraction at current levels of statistical uncertainty.Entities:
Year: 2014 PMID： 24856687 DOI： 10.1103/PhysRevLett.112.181801
Source DB: PubMed Journal: Phys Rev Lett ISSN： 0031-9007 Impact factor: 9.161