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Limits on neutrino emission from gamma-ray bursts with the 40 string IceCube detector.

Authors :
Abbasi R
Abdou Y
Abu-Zayyad T
Adams J
Aguilar JA
Ahlers M
Andeen K
Auffenberg J
Bai X
Baker M
Barwick SW
Bay R
Bazo Alba JL
Beattie K
Beatty JJ
Bechet S
Becker JK
Becker KH
Benabderrahmane ML
BenZvi S
Berdermann J
Berghaus P
Berley D
Bernardini E
Bertrand D
Besson DZ
Bindig D
Bissok M
Blaufuss E
Blumenthal J
Boersma DJ
Bohm C
Bose D
Böser S
Botner O
Braun J
Brown AM
Buitink S
Carson M
Chirkin D
Christy B
Clem J
Clevermann F
Cohen S
Colnard C
Cowen DF
D'Agostino MV
Danninger M
Daughhetee J
Davis JC
De Clercq C
Demirörs L
Depaepe O
Descamps F
Desiati P
de Vries-Uiterweerd G
DeYoung T
Díaz-Vélez JC
Dierckxsens M
Dreyer J
Dumm JP
Ehrlich R
Eisch J
Ellsworth RW
Engdegård O
Euler S
Evenson PA
Fadiran O
Fazely AR
Fedynitch A
Feusels T
Filimonov K
Finley C
Fischer-Wasels T
Foerster MM
Fox BD
Franckowiak A
Franke R
Gaisser TK
Gallagher J
Geisler M
Gerhardt L
Gladstone L
Glüsenkamp T
Goldschmidt A
Goodman JA
Grant D
Griesel T
Gross A
Grullon S
Gurtner M
Ha C
Hallgren A
Halzen F
Han K
Hanson K
Heinen D
Helbing K
Herquet P
Hickford S
Hill GC
Hoffman KD
Homeier A
Hoshina K
Hubert D
Huelsnitz W
Hülss JP
Hulth PO
Hultqvist K
Hussain S
Ishihara A
Jacobsen J
Japaridze GS
Johansson H
Joseph JM
Kampert KH
Kappes A
Karg T
Karle A
Kelley JL
Kemming N
Kenny P
Kiryluk J
Kislat F
Klein SR
Köhne JH
Kohnen G
Kolanoski H
Köpke L
Kopper S
Koskinen DJ
Kowalski M
Kowarik T
Krasberg M
Krings T
Kroll G
Kuehn K
Kuwabara T
Labare M
Lafebre S
Laihem K
Landsman H
Larson MJ
Lauer R
Lehmann R
Lünemann J
Madsen J
Majumdar P
Marotta A
Maruyama R
Mase K
Matis HS
Meagher K
Merck M
Mészáros P
Meures T
Middell E
Milke N
Miller J
Montaruli T
Morse R
Movit SM
Nahnhauer R
Nam JW
Naumann U
Niessen P
Nygren DR
Odrowski S
Olivas A
Olivo M
O'Murchadha A
Ono M
Panknin S
Paul L
Pérez de los Heros C
Petrovic J
Piegsa A
Pieloth D
Porrata R
Posselt J
Price PB
Prikockis M
Przybylski GT
Rawlins K
Redl P
Resconi E
Rhode W
Ribordy M
Rizzo A
Rodrigues JP
Roth P
Rothmaier F
Rott C
Ruhe T
Rutledge D
Ruzybayev B
Ryckbosch D
Sander HG
Santander M
Sarkar S
Schatto K
Schmidt T
Schoenwald A
Schukraft A
Schultes A
Schulz O
Schunck M
Seckel D
Semburg B
Seo SH
Sestayo Y
Seunarine S
Silvestri A
Slipak A
Spiczak GM
Spiering C
Stamatikos M
Stanev T
Stephens G
Stezelberger T
Stokstad RG
Stoyanov S
Strahler EA
Straszheim T
Sullivan GW
Swillens Q
Taavola H
Taboada I
Tamburro A
Tarasova O
Tepe A
Ter-Antonyan S
Tilav S
Toale PA
Toscano S
Tosi D
Turčan D
van Eijndhoven N
Vandenbroucke J
Van Overloop A
van Santen J
Vehring M
Voge M
Voigt B
Walck C
Waldenmaier T
Wallraff M
Walter M
Weaver C
Wendt C
Westerhoff S
Whitehorn N
Wiebe K
Wiebusch CH
Williams DR
Wischnewski R
Wissing H
Wolf M
Woschnagg K
Xu C
Xu XW
Yodh G
Yoshida S
Zarzhitsky P
Source :
Physical review letters [Phys Rev Lett] 2011 Apr 08; Vol. 106 (14), pp. 141101. Date of Electronic Publication: 2011 Apr 07.
Publication Year :
2011

Abstract

IceCube has become the first neutrino telescope with a sensitivity below the TeV neutrino flux predicted from gamma-ray bursts if gamma-ray bursts are responsible for the observed cosmic-ray flux above 10(18)  eV. Two separate analyses using the half-complete IceCube detector, one a dedicated search for neutrinos from pγ interactions in the prompt phase of the gamma-ray burst fireball and the other a generic search for any neutrino emission from these sources over a wide range of energies and emission times, produced no evidence for neutrino emission, excluding prevailing models at 90% confidence.

Details

Language :
English
ISSN :
1079-7114
Volume :
106
Issue :
14
Database :
MEDLINE
Journal :
Physical review letters
Publication Type :
Academic Journal
Accession number :
21561178
Full Text :
https://doi.org/10.1103/PhysRevLett.106.141101