| Literature DB >> 29542976 |
M G Aartsen1, M Ackermann2, J Adams3, J A Aguilar4, M Ahlers5, M Ahrens6, I Al Samarai7, D Altmann8, K Andeen9, T Anderson10, I Ansseau4, G Anton8, C Argüelles11, J Auffenberg12, S Axani11, H Bagherpour3, X Bai13, J P Barron14, S W Barwick15, V Baum16, R Bay17, J J Beatty18,19, J Becker Tjus20, K-H Becker21, S BenZvi22, D Berley23, E Bernardini2, D Z Besson24, G Binder17,25, D Bindig21, E Blaufuss23, S Blot2, C Bohm6, M Börner26, F Bos20, D Bose27, S Böser16, O Botner28, J Bourbeau29, F Bradascio2, J Braun29, L Brayeur30, M Brenzke12, H-P Bretz2, S Bron7, J Brostean-Kaiser2, A Burgman28, T Carver7, J Casey29, M Casier30, E Cheung23, D Chirkin29, A Christov7, K Clark31, L Classen32, S Coenders33, G H Collin11, J M Conrad11, D F Cowen34,10, R Cross22, M Day29, J P A M de André35, C De Clercq30, J J DeLaunay10, H Dembinski36, S De Ridder37, P Desiati29, K D de Vries30, G de Wasseige30, M de With38, T DeYoung35, J C Díaz-Vélez29, V di Lorenzo16, H Dujmovic27, J P Dumm6, M Dunkman10, B Eberhardt16, T Ehrhardt16, B Eichmann20, P Eller10, P A Evenson36, S Fahey29, A R Fazely39, J Felde23, K Filimonov17, C Finley6, S Flis6, A Franckowiak2, E Friedman23, T Fuchs26, T K Gaisser36, J Gallagher40, L Gerhardt25, K Ghorbani29, W Giang14, T Glauch12, T Glüsenkamp8, A Goldschmidt25, J G Gonzalez36, D Grant14, Z Griffith29, C Haack12, A Hallgren28, F Halzen29, K Hanson29, D Hebecker38, D Heereman4, K Helbing21, R Hellauer23, S Hickford21, J Hignight35, G C Hill1, K D Hoffman23, R Hoffmann21, B Hokanson-Fasig29, K Hoshina29, F Huang10, M Huber33, K Hultqvist6, M Hünnefeld26, S In27, A Ishihara41, E Jacobi2, G S Japaridze42, M Jeong27, K Jero29, B J P Jones43, P Kalaczynski12, W Kang27, A Kappes32, T Karg2, A Karle29, U Katz8, M Kauer29, A Keivani10, J L Kelley29, A Kheirandish29, J Kim27, M Kim41, T Kintscher2, J Kiryluk44, T Kittler8, S R Klein17,25, G Kohnen45, R Koirala36, H Kolanoski38, L Köpke16, C Kopper14, S Kopper46, J P Koschinsky12, D J Koskinen5, M Kowalski38,2, K Krings33, M Kroll20, G Krückl16, J Kunnen30, S Kunwar2, N Kurahashi47, T Kuwabara41, A Kyriacou1, M Labare37, J L Lanfranchi10, M J Larson5, F Lauber21, D Lennarz35, M Lesiak-Bzdak44, M Leuermann12, Q R Liu29, L Lu41, J Lünemann30, W Luszczak29, J Madsen48, G Maggi30, K B M Mahn35, S Mancina29, R Maruyama49, K Mase41, R Maunu23, F McNally29, K Meagher4, M Medici5, M Meier26, T Menne26, G Merino29, T Meures4, S Miarecki17,25, J Micallef35, G Momenté16, T Montaruli7, R W Moore14, M Moulai11, R Nahnhauer2, P Nakarmi46, U Naumann21, G Neer35, H Niederhausen44, S C Nowicki14, D R Nygren25, A Obertacke Pollmann21, A Olivas23, A O'Murchadha4, T Palczewski17,25, H Pandya36, D V Pankova10, P Peiffer16, J A Pepper46, C Pérez de Los Heros28, D Pieloth26, E Pinat4, M Plum9, P B Price17, G T Przybylski25, C Raab4, L Rädel12, M Rameez5, K Rawlins50, I C Rea33, R Reimann12, B Relethford47, M Relich41, E Resconi33, W Rhode26, M Richman47, S Robertson1, M Rongen12, C Rott27, T Ruhe26, D Ryckbosch37, D Rysewyk35, T Sälzer12, S E Sanchez Herrera14, A Sandrock26, J Sandroos16, S Sarkar14, S Sarkar14, K Satalecka2, P Schlunder26, T Schmidt23, A Schneider29, S Schoenen12, S Schöneberg20, L Schumacher12, D Seckel36, S Seunarine48, J Soedingrekso26, D Soldin21, M Song23, G M Spiczak48, C Spiering2, J Stachurska2, M Stamatikos18, T Stanev36, A Stasik2, J Stettner12, A Steuer16, T Stezelberger25, R G Stokstad25, A Stößl41, N L Strotjohann2, G W Sullivan23, M Sutherland18, I Taboada52, J Tatar17,25, F Tenholt20, S Ter-Antonyan39, A Terliuk2, G Tešić10, S Tilav36, P A Toale46, M N Tobin29, S Toscano30, D Tosi29, M Tselengidou8, C F Tung52, A Turcati33, C F Turley10, B Ty29, E Unger28, M Usner2, J Vandenbroucke29, W Van Driessche37, N van Eijndhoven30, S Vanheule37, J van Santen2, M Vehring12, E Vogel12, M Vraeghe37, C Walck6, A Wallace1, M Wallraff12, F D Wandler14, N Wandkowsky29, A Waza12, C Weaver14, M J Weiss10, C Wendt29, J Werthebach26, S Westerhoff29, B J Whelan1, K Wiebe16, C H Wiebusch12, L Wille29, D R Williams46, L Wills47, M Wolf29, J Wood29, T R Wood14, E Woolsey14, K Woschnagg17, D L Xu29, X W Xu39, Y Xu44, J P Yanez14, G Yodh15, S Yoshida41, T Yuan29, M Zoll6.
Abstract
We present a measurement of the atmospheric neutrino oscillation parameters using three years of data from the IceCube Neutrino Observatory. The DeepCore infill array in the center of IceCube enables the detection and reconstruction of neutrinos produced by the interaction of cosmic rays in Earth's atmosphere at energies as low as ∼5 GeV. That energy threshold permits measurements of muon neutrino disappearance, over a range of baselines up to the diameter of the Earth, probing the same range of L/E_{ν} as long-baseline experiments but with substantially higher-energy neutrinos. This analysis uses neutrinos from the full sky with reconstructed energies from 5.6 to 56 GeV. We measure Δm_{32}^{2}=2.31_{-0.13}^{+0.11}×10^{-3} eV^{2} and sin^{2}θ_{23}=0.51_{-0.09}^{+0.07}, assuming normal neutrino mass ordering. These results are consistent with, and of similar precision to, those from accelerator- and reactor-based experiments.Entities:
Year: 2018 PMID： 29542976 DOI： 10.1103/PhysRevLett.120.071801
Source DB: PubMed Journal: Phys Rev Lett ISSN： 0031-9007 Impact factor: 9.161