Search for neutrinos from decaying dark matter with IceCube: IceCube Collaboration

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Title

Search for neutrinos from decaying dark matter with IceCube: IceCube Collaboration

Content partner

University of Canterbury Library

Collection

UC Research Repository

Description

© 2018, The Author(s). With the observation of high-energy astrophysical neutrinos by the IceCube Neutrino Observatory, interest has risen in models of PeV-mass decaying dark matter particles to explain the observed flux. We present two dedicated experimental analyses to test this hypothesis. One analysis uses 6 years of IceCube data focusing on muon neutrino ‘track’ events from the Northern Hemisphere, while the second analysis uses 2 years of ‘cascade’ events from the full sky. Known backgr...

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Format

Research paper

Research format

Journal article

Date created

2018

Creator

Aartsen MG / Ackermann M / Adams J / Aguilar JA / Ahlers M / Ahrens M / Al Samarai I / Altmann D / Andeen K / Anderson T / Ansseau I / Anton G / Arguelles C / Auffenberg J / Axani S / Backes P / Bagherpour H / Bai X / Barron JP / Barwick SW / Baum V / Bay R / Beatty JJ / Tjus JB / Becker K-H / BenZvi S / Berley D / Bernardini E / Besson DZ / Binder G / Bindig D / Blaufuss E / Blot S / Bohm C / Boerner M / Bos F / Boeser S / Botner O / Bourbeau E / Bourbeau J / Bradascio F / Braun J / Brenzke M / Bretz H-P / Bron S / Brostean-Kaiser J / Burgman A / Busse RS / Carver T / Cheung E / Chirkin D / Christov A / Clark K / Classen L / Collin GH / Conrad JM / Coppin P / Correa P / Cowen DF / Cross R / Dave P / Day M / de Andre JPAM / De Clercq C / DeLaunay JJ / Dembinski H / De Ridder S / Desiati P / de Vries KD / de Wasseige G / de With M / DeYoung T / Diaz-Velez JC / di Lorenzo V / Dujmovic H / Dumm JP / Dunkman M / Dvorak E / Eberhardt B / Ehrhardt T / Eichmann B / Eller P / Evenson PA / Fahey S / Fazely AR / Felde J / Filimonov K / Finley C / Flis S / Franckowiak A / Friedman E / Fritz A / Gaisser TK / Gallagher J / Ganster E / Gerhardt L / Ghorbani K / Giang W / Glauch T / Gluesenkamp T / Goldschmidt A / Gonzalez JG / Grant D / Griffith Z / Haack C / Hallgren A / Halve L / Halzen F / Hanson K / Hebecker D / Heereman D / Helbing K / Hellauer R / Hickford S / Hignight J / Hill GC / Hoffman KD / Hoffmann R / Hoinka T / Hokanson-Fasig B / Hoshina K / Huang F / Huber M / Hultqvist K / Huennefeld M / Hussain R / In S / Iovine N / Ishihara A / Jacobi E / Japaridze GS / Jeong M / Jero K / Jones BJP / Kalaczynski P / Kang W / Kappes A / Kappesser D / Karg T / Karle A / Katz U / Kauer M / Keivani A / Kelley JL / Kheirandish A / Kim J / Kim M / Kintscher T / Kiryluk J / Kittler T / Klein SR / Koirala R / Kolanoski H / Koepke L / Kopper C / Kopper S / Koschinsky JP / Koskinen DJ / Kowalski M / Krings K / Kroll M / Krueckl G / Kunwar S / Kurahashi N / Kuwabara T / Kyriacou A / Labare M / Lanfranchi JL / Larson MJ / Lauber F / Leonard K / Lesiak-Bzdak M / Leuermann M / Liu QR / Lohfink E / Mariscal CJL / Lu L / Lunemann J / Luszczak W / Madsen J / Maggi G / Mahn KBM / Mancina S / Maruyama R / Mase K / Maunu R / Meagher K / Medici M / Meier M / Menne T / Merino G / Meures T / Miarecki S / Micallef J / Momente G / Montaruli T / Moore RW / Moulai M / Nahnhauer R / Nakarmi P / Naumann U / Neer G / Niederhausen H / Nowicki SC / Nygren DR / Pollmann AO / Olivas A / O'Murchadha A / O'Sullivan E / Palczewski T / Pandya H / Pankova DV / Peiffer P / Pepper JA / de los Heros CP / Pieloth D / Pinat E / Plum M / Price PB / Przybylski GT / Raab C / Raedel L / Rameez M / Rauch L / Rawlins K / Rea IC / Reimann R / Relethford B / Relich M / Resconi E / Rhode W / Richman M / Robertson S / Rongen M / Rott C / Ruhe T / Ryckbosch D / Rysewyk D / Safa I / Herrera SES / Sandrock A / Sandroos J / Santander M / Sarkar S / Satalecka K / Schaufel M / Schlunder P / Schmidt T / Schneider A / Schoenen S / Schoeneberg S / Schumacher L / Sclafani S / Seckel D / Seunarine S / Soedingrekso J / Soldin D / Song M / Spiczak GM / Spiering C / Stachurska J / Stamatikos M / Stanev T / Stasik A / Stein R / Stettner J / Steuer A / Stezelberger T / Stokstad RG / Stossl A / Strotjohann NL / Stuttard T / Sullivan GW / Sutherland M / Taboada I / Tatar J / Tenholt F / Ter-Antonyan S / Terliuk A / Tilav S / Toale PA / Tobin MN / Tonnis C / Toscano S / Tosi D / Tselengidou M / Tung CF / Turcati A / Turley CF / Ty B / Unger E / Usner M / Vandenbroucke J / Van Driessche W / van Eijk D / van Eijndhoven N / Vanheule S / van Santen J / Vraeghe M / Walck C / Wallace A / Wallraff M / Wandler FD / Wandkowsky N / Waza A / Weaver C / Weiss MJ / Wendt C / Werthebach J / Westerhoff S / Whelan BJ / Wiebe K / Wiebusch CH / Wille L / Williams DR / Wills L / Wolf M / Wood J / Wood TR / Woolsey E / Woschnagg K / Wrede G / Xu DL / Xu XW / Xu Y / Yanez JP / Yodh G / Yoshida S / Yuan T / IceCube Collaboration

URL

http://hdl.handle.net/10092/16456

Related subjects

astro-ph.HE / IceCube / Dark Matter Decay / Astrophysical Neutrinos / Heavy Decaying Dark Matter / Physical Sciences / Astronomical and Space Sciences / High Energy Astrophysics; Cosmic Rays / Physical sciences / Particle and high energy physics / Particle physics / Astronomical sciences / Cosmology and extragalactic astronomy

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