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The ANTARES telescope neutrino alert system

Abstract:

The ANTARES telescope has the capability to detect neutrinos produced in astrophysical transient sources. Potential sources include gamma-ray bursts, core collapse supernovae, and flaring active galactic nuclei. To enhance the sensitivity of ANTARES to such sources, a new detection method based on coincident observations of neutrinos and optical signals has been developed. A fast online muon track reconstruction is used to trigger a network of small automatic optical telescopes. Such alerts are generated for special events, such as two or more neutrinos, coincident in time and direction, or single neutrinos of very high energy. © 2011 Elsevier B.V. All rights reserved.

Año de publicación:

2012

Keywords:

  • Transient sources
  • neutrino astronomy
  • ANTARES
  • Optical follow-up

Fuente:

scopusscopus

Tipo de documento:

Article

Estado:

Acceso restringido

Áreas de conocimiento:

  • Neutrino

Áreas temáticas:

  • Miscelánea
  • Geología, hidrología, meteorología
  • Otras ramas de la ingeniería

Contribuidores:

Fritsch U.Fritsch U.
Carr J.Carr J.
Assis Jesus A.C.Assis Jesus A.C.
Dekeyser I.Dekeyser I.
Bigongiari C.Bigongiari C.
Kreykenbohm I.Kreykenbohm I.
Astraatmadja T.L.Astraatmadja T.L.
Kavatsyuk O.Kavatsyuk O.
Enzenhöfer A.Enzenhöfer A.
Loucatos S.Loucatos S.
Camarena F.Camarena F.
Lamare P.Lamare P.
Baret B.Baret B.
Guillard G.Guillard G.
Giordano V.Giordano V.
Dorosti Q.Dorosti Q.
Ageron M.Ageron M.
Galatà S.Galatà S.
Montaruli T.Montaruli T.
Fuda J.L.Fuda J.L.
Biagi S.Biagi S.
Kooijman P.Kooijman P.
Kappes A.Kappes A.
Bou-Cabo M.Bou-Cabo M.
Fermani P.Fermani P.
Chiarusi T.Chiarusi T.
Deschamps A.Deschamps A.
Anghinolfi M.Anghinolfi M.
Gay P.Gay P.
Coniglione R.Coniglione R.
Kadler M.Kadler M.
Kopper C.Kopper C.
Bigi A.Bigi A.
Costantini H.Costantini H.
H. Yepes-RamirezH. Yepes-Ramirez
Katz U.Katz U.
Dornic D.Dornic D.
Bogazzi C.Bogazzi C.
Hallewell G.Hallewell G.
Graf K.Graf K.
Hsu C.C.Hsu C.C.
Meli A.Meli A.
Escoffier S.Escoffier S.
Hartman J.Hartman J.
Carminati G.Carminati G.
Giacomelli G.Giacomelli G.
van Haren H.van Haren H.
Circella M.Circella M.
Ardid M.Ardid M.
Aguilar J.A.Aguilar J.A.
Martinez-Mora J.A.Martinez-Mora J.A.
Herold B.Herold B.
Lefèvre D.Lefèvre D.
Anvar S.Anvar S.
Cârloganu C.Cârloganu C.
Emanuele U.Emanuele U.
Aubert J.J.Aubert J.J.
Mangano S.Mangano S.
Coyle P.Coyle P.
Ferri M.Ferri M.
Curtil C.Curtil C.
Anton G.Anton G.
Kalekin O.Kalekin O.
Drouhin D.Drouhin D.
Capone A.Capone A.
Gómez-González J.P.Gómez-González J.P.
Kouchner A.Kouchner A.
Heijboer A.J.Heijboer A.J.
Larosa G.Larosa G.
Charvis P.Charvis P.
Margiotta A.Margiotta A.
Folger F.Folger F.
Eberl T.Eberl T.
Hößl J.Hößl J.
Albert A.Albert A.
Hello Y.Hello Y.
Halladjian G.Halladjian G.
Kulikovskiy V.Kulikovskiy V.
Bouwhuis M.C.Bouwhuis M.C.
Brunner J.Brunner J.
Charif Z.Charif Z.
Cecchini S.Cecchini S.
Andre M.Andre M.
Busto J.Busto J.
Flaminio V.Flaminio V.
Basa S.Basa S.
Lattuada D.Lattuada D.
Marcelin M.Marcelin M.
Lahmann R.Lahmann R.
Bertin V.Bertin V.
Al Samarai I.Al Samarai I.
Bouhou B.Bouhou B.
Hernndez-Rey J.J.Hernndez-Rey J.J.
Lim G.Lim G.
Loehner H.Loehner H.
De Jong M.D.De Jong M.D.
Decowski M.P.Decowski M.P.
Donzaud C.Donzaud C.
Distefano C.Distefano C.
Lo Presti D.Lo Presti D.
Ernenwein J.P.Ernenwein J.P.