Search for Galactic Core-collapse Supernovae in a Decade of Data Taken with the IceCube Neutrino Observatory

Publication type:

Journal article

Metadata:

Autoren

R Abbasi
M Ackermann
J Adams
SK Agarwalla
JA Aguilar
M Ahlers
JM Alameddine
NM Amin
K Andeen
G Anton
C Argueelles
Y Ashida
S Athanasiadou
SN Axani
X Bai
A Balagopal V.
M Baricevic
SW Barwick
V Basu
R Bay
JJ Beatty
J Becker Tjus
J Beise
C Bellenghi
C Benning
S Benzvi
D Berley
E Bernardini
DZ Besson
G Binder
E Blaufuss
S Blot
F Bontempo
JY Book
C Boscolo Meneguolo
S Boeser
O Botner
J Boettcher
E Bourbeau
J Braun
B Brinson
J Brostean-Kaiser
RT Burley
RS Busse
D Butterfield
MA Campana
K Carloni
EG Carnie-Bronca
S Chattopadhyay
N Chau
C Chen
Z Chen
D Chirkin
S Choi
BA Clark
L Classen
A Coleman
GH Collin
A Connolly
JM Conrad
P Coppin
P Correa
S Countryman
DF Cowen
P Dave
C De Clercq
JJ Delaunay
D Delgado
S Deng
K Deoskar
A Desai
P Desiati
KD de Vries
G de Wasseige
T Deyoung
A Diaz
JC Diaz-Velez
M Dittmer
A Domi
H Dujmovic
MA Duvernois
T Ehrhardt
P Eller
E Ellinger
S El Mentawi
D Elsaesser
R Engel
H Erpenbeck
J Evans
PA Evenson
KL Fan
K Fang
K Farrag
AR Fazely
A Fedynitch
N Feigl
S Fiedlschuster
C Finley
L Fischer
D Fox
A Franckowiak
A Fritz
P Fuerst
J Gallagher
E Ganster
A Garcia
L Gerhardt
A Ghadimi
C Glaser
T Glauch
T Gluesenkamp
N Goehlke
JG Gonzalez
S Goswami
D Grant
SJ Gray
O Gries
S Griffin
S Griswold
KM Groth
C Guenther
P Gutjahr
C Haack
A Hallgren
R Halliday
L Halve
F Halzen
H Hamdaoui
M Ha Minh
K Hanson
J Hardin
AA Harnisch
P Hatch
A Haungs
K Helbing
J Hellrung
F Henningsen
L Heuermann
N Heyer
S Hickford
A Hidvegi
C Hill
GC Hill
KD Hoffman
S Hori
K Hoshina
W Hou
T Huber
K Hultqvist
M Huennefeld
R Hussain
K Hymon
S In
A Ishihara
M Jacquart
O Janik
M Jansson
GS Japaridze
M Jeong
M Jin
BJP Jones
D Kang
W Kang
X Kang
A Kappes
D Kappesser
L Kardum
T Karg
M Karl
A Karle
U Katz
M Kauer
JL Kelley
A Khatee Zathul
A Kheirandish
J Kiryluk
SR Klein
A Kochocki
R Koirala
H Kolanoski
T Kontrimas
L Koepke
C Kopper
DJ Koskinen
P Koundal
M Kovacevich
M Kowalski
T Kozynets
J Krishnamoorthi
K Kruiswijk
E Krupczak
A Kumar
E Kun
N Kurahashi
N Lad
C Lagunas Gualda
M Lamoureux
MJ Larson
S Latseva
F Lauber
JP Lazar
JW Lee
K Leonard Deholton
A Leszczynska
M Lincetto
QR Liu
M Liubarska
E Lohfink
C Love
CJ Lozano Mariscal
L Lu
F Lucarelli
W Luszczak
Y Lyu
J Madsen
KBM Mahn
Y Makino
E Manao
S Mancina
W Marie Sainte
IC Maris
S Marka
Z Marka
M Marsee
I Martinez-Soler
R Maruyama
F Mayhew
T Mcelroy
F Mcnally
JV Mead
K Meagher
S Mechbal
A Medina
M Meier
Y Merckx
L Merten
J Micallef
J Mitchell
T Montaruli
RW Moore
Y Morii
R Morse
M Moulai
T Mukherjee
R Naab
R Nagai
M Nakos
U Naumann
J Necker
A Negi
M Neumann
H Niederhausen
MU Nisa
A Noell
A Novikov
SC Nowicki
A Obertacke Pollmann
V O'Dell
M Oehler
B Oeyen
A Olivas
R Orsoe
J Osborn
E O'Sullivan
H Pandya
N Park
GK Parker
EN Paudel
L Paul
C Perez de los Heros
J Peterson
S Philippen
A Pizzuto
M Plum
A Ponten
Y Popovych
M Prado Rodriguez
B Pries
R Procter-Murphy
GT Przybylski
C Raab
J Rack-Helleis
K Rawlins
Z Rechav
A Rehman
P Reichherzer
G Renzi
E Resconi
S Reusch
W Rhode
B Riedel
A Rifaie
EJ Roberts
S Robertson
S Rodan
G Roellinghoff
M Rongen
C Rott
T Ruhe
L Ruohan
D Ryckbosch
I Safa
J Saffer
D Salazar-Gallegos
P Sampathkumar
SE Sanchez Herrera
A Sandrock
M Santander
S Sarkar
S Sarkar
J Savelberg
P Savina
M Schaufel
H Schieler
S Schindler
L Schlickmann
B Schlueter
F Schlueter
N Schmeisser
T Schmidt
J Schneider
FG Schroeder
L Schumacher
G Schwefer
S Sclafani
D Seckel
M Seikh
S Seunarine
R Shah
A Sharma
S Shefali
N Shimizu
M Silva
B Skrzypek
B Smithers
R Snihur
J Soedingrekso
A Sogaard
D Soldin
P Soldin
G Sommani
C Spannfellner
GM Spiczak
C Spiering
M Stamatikos
T Stanev
T Stezelberger
T Stuerwald
T Stuttard
GW Sullivan
I Taboada
S Ter-Antonyan
M Thiesmeyer
WG Thompson
J Thwaites
S Tilav
K Tollefson
C Toennis
S Toscano
D Tosi
A Trettin
CF Tung
R Turcotte
JP Twagirayezu
B Ty
MA Unland Elorrieta
AK Upadhyay
K Upshaw
N Valtonen-Mattila
J Vandenbroucke
N van Eijndhoven
D Vannerom
J van Santen
J Vara
J Veitch-Michaelis
M Venugopal
M Vereecken
S Verpoest
D Veske
A Vijai
C Walck
C Weaver
P Weigel
A Weindl
J Weldert
C Wendt
J Werthebach
M Weyrauch
N Whitehorn
CH Wiebusch
N Willey
DR Williams
A Wolf
M Wolf
G Wrede
XW Xu
JP Yanez
E Yildizci
S Yoshida
R Young
F Yu
S Yu
T Yuan
Z Zhang
P Zhelnin

Autoren-URL

https://www.webofscience.com/api/gateway?GWVersion=2&SrcApp=fis-test-1&SrcAuth=WosAPI&KeyUT=WOS:001157195100001&DestLinkType=FullRecord&DestApp=WOS_CPL

DOI

10.3847/1538-4357/ad07d1

eISSN

1538-4357

Externe Identifier

Clarivate Analytics Document Solution ID: HC1I6

ISSN

0004-637X

Ausgabe der Veröffentlichung

Zeitschrift

ASTROPHYSICAL JOURNAL

Artikelnummer

ARTN 84

Datum der Veröffentlichung

2024

Status

Published

Titel

Search for Galactic Core-collapse Supernovae in a Decade of Data Taken with the IceCube Neutrino Observatory

Sub types

Article

Ausgabe der Zeitschrift

961

Data source: Web of Science (Lite)

Other metadata sources:

Abstract

Abstract The IceCube Neutrino Observatory has been continuously taking data to search for <?CDATA ${ \mathcal O }(0.5\mbox{--}10)$?> <mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" overflow="scroll"> <mml:mi class="MJX-tex-calligraphic" mathvariant="script">O</mml:mi> <mml:mo stretchy="false">(</mml:mo> <mml:mn>0.5</mml:mn> <mml:mo>–</mml:mo> <mml:mn>10</mml:mn> <mml:mo stretchy="false">)</mml:mo> </mml:math> s long neutrino bursts since 2007. Even if a Galactic core-collapse supernova is optically obscured or collapses to a black hole instead of exploding, it will be detectable via the <?CDATA ${ \mathcal O }(10)$?> <mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" overflow="scroll"> <mml:mi class="MJX-tex-calligraphic" mathvariant="script">O</mml:mi> <mml:mo stretchy="false">(</mml:mo> <mml:mn>10</mml:mn> <mml:mo stretchy="false">)</mml:mo> </mml:math> MeV neutrino burst emitted during the collapse. We discuss a search for such events covering the time between 2008 April 17 and 2019 December 31. Considering the average data taking and analysis uptime of 91.7% after all selection cuts, this is equivalent to 10.735 yr of continuous data taking. In order to test the most conservative neutrino production scenario, the selection cuts were optimized for a model based on an 8.8 solar mass progenitor collapsing to an O–Ne–Mg core. Conservative assumptions on the effects of neutrino oscillations in the exploding star were made. The final selection cut was set to ensure that the probability to detect such a supernova within the Milky Way exceeds 99%. No such neutrino burst was found in the data after performing a blind analysis. Hence, a 90% C.L. upper limit on the rate of core-collapse supernovae out to distances of ≈25 kpc was determined to be 0.23 yr−1. For the more distant Magellanic Clouds, only high neutrino luminosity supernovae will be detectable by IceCube, unless external information on the burst time is available. We determined a model-independent limit by parameterizing the dependence on the neutrino luminosity and the energy spectrum.

Autoren

R Abbasi
M Ackermann
J Adams
SK Agarwalla
JA Aguilar
M Ahlers
JM Alameddine
NM Amin
K Andeen
G Anton
C Argüelles
Y Ashida
S Athanasiadou
SN Axani
X Bai
A Balagopal V.
M Baricevic
SW Barwick
V Basu
R Bay
JJ Beatty
J Becker Tjus
J Beise
C Bellenghi
C Benning
S BenZvi
D Berley
E Bernardini
DZ Besson
G Binder
E Blaufuss
S Blot
F Bontempo
JY Book
C Boscolo Meneguolo
S Böser
O Botner
J Böttcher
E Bourbeau
J Braun
B Brinson
J Brostean-Kaiser
RT Burley
RS Busse
D Butterfield
MA Campana
K Carloni
EG Carnie-Bronca
S Chattopadhyay
N Chau
C Chen
Z Chen
D Chirkin
S Choi
BA Clark
L Classen
A Coleman
GH Collin
A Connolly
JM Conrad
P Coppin
P Correa
S Countryman
DF Cowen
P Dave
C De Clercq
JJ DeLaunay
D Delgado
S Deng
K Deoskar
A Desai
P Desiati
KD de Vries
G de Wasseige
T DeYoung
A Diaz
JC Díaz-Vélez
M Dittmer
A Domi
H Dujmovic
MA DuVernois
T Ehrhardt
P Eller
E Ellinger
S El Mentawi
D Elsässer
R Engel
H Erpenbeck
J Evans
PA Evenson
KL Fan
K Fang
K Farrag
AR Fazely
A Fedynitch
N Feigl
S Fiedlschuster
C Finley
L Fischer
D Fox
A Franckowiak
A Fritz
P Fürst
J Gallagher
E Ganster
A Garcia
L Gerhardt
A Ghadimi
C Glaser
T Glauch
T Glüsenkamp
N Goehlke
JG Gonzalez
S Goswami
D Grant
SJ Gray
O Gries
S Griffin
S Griswold
KM Groth
C Günther
P Gutjahr
C Haack
A Hallgren
R Halliday
L Halve
F Halzen
H Hamdaoui
M Ha Minh
K Hanson
J Hardin
AA Harnisch
P Hatch
A Haungs
K Helbing
J Hellrung
F Henningsen
L Heuermann
N Heyer
S Hickford
A Hidvegi
C Hill
GC Hill
KD Hoffman
S Hori
K Hoshina
W Hou
T Huber
K Hultqvist
M Hünnefeld
R Hussain
K Hymon
S In
A Ishihara
M Jacquart
O Janik
M Jansson
GS Japaridze
M Jeong
M Jin
BJP Jones
D Kang
W Kang
X Kang
A Kappes
D Kappesser
L Kardum
T Karg
M Karl
A Karle
U Katz
M Kauer
JL Kelley
A Khatee Zathul
A Kheirandish
J Kiryluk
SR Klein
A Kochocki
R Koirala
H Kolanoski
T Kontrimas
L Köpke
C Kopper
DJ Koskinen
P Koundal
M Kovacevich
M Kowalski
T Kozynets
J Krishnamoorthi
K Kruiswijk
E Krupczak
A Kumar
E Kun
N Kurahashi
N Lad
C Lagunas Gualda
M Lamoureux
MJ Larson
S Latseva
F Lauber
JP Lazar
JW Lee
K Leonard DeHolton
A Leszczyńska
M Lincetto
QR Liu
M Liubarska
E Lohfink
C Love
CJ Lozano Mariscal
L Lu
F Lucarelli
W Luszczak
Y Lyu
J Madsen
KBM Mahn
Y Makino
E Manao
S Mancina
W Marie Sainte
IC Mariş
S Marka
Z Marka
M Marsee
I Martinez-Soler
R Maruyama
F Mayhew
T McElroy
F McNally
JV Mead
K Meagher
S Mechbal
A Medina
M Meier
Y Merckx
L Merten
J Micallef
J Mitchell
T Montaruli
RW Moore
Y Morii
R Morse
M Moulai
T Mukherjee
R Naab
R Nagai
M Nakos
U Naumann
J Necker
A Negi
M Neumann
H Niederhausen
MU Nisa
A Noell
A Novikov
SC Nowicki
A Obertacke Pollmann
V O’Dell
M Oehler
B Oeyen
A Olivas
R Orsoe
J Osborn
E O’Sullivan
H Pandya
N Park
GK Parker
EN Paudel
L Paul
C Pérez de los Heros
J Peterson
S Philippen
A Pizzuto
M Plum
A Pontén
Y Popovych
M Prado Rodriguez
B Pries
R Procter-Murphy
GT Przybylski
C Raab
J Rack-Helleis
K Rawlins
Z Rechav
A Rehman
P Reichherzer
G Renzi
E Resconi
S Reusch
W Rhode
B Riedel
A Rifaie
EJ Roberts
S Robertson
S Rodan
G Roellinghoff
M Rongen
C Rott
T Ruhe
L Ruohan
D Ryckbosch
I Safa
J Saffer
D Salazar-Gallegos
P Sampathkumar
SE Sanchez Herrera
A Sandrock
M Santander
S Sarkar
S Sarkar
J Savelberg
P Savina
M Schaufel
H Schieler
S Schindler
L Schlickmann
B Schlüter
F Schlüter
N Schmeisser
T Schmidt
J Schneider
FG Schröder
L Schumacher
G Schwefer
S Sclafani
D Seckel
M Seikh
S Seunarine
R Shah
A Sharma
S Shefali
N Shimizu
M Silva
B Skrzypek
B Smithers
R Snihur
J Soedingrekso
A Søgaard
D Soldin
P Soldin
G Sommani
C Spannfellner
GM Spiczak
C Spiering
M Stamatikos
T Stanev
T Stezelberger
T Stürwald
T Stuttard
GW Sullivan
I Taboada
S Ter-Antonyan
M Thiesmeyer
WG Thompson
J Thwaites
S Tilav
K Tollefson
C Tönnis
S Toscano
D Tosi
A Trettin
CF Tung
R Turcotte
JP Twagirayezu
B Ty
MA Unland Elorrieta
AK Upadhyay
K Upshaw
N Valtonen-Mattila
J Vandenbroucke
N van Eijndhoven
D Vannerom
J van Santen
J Vara
J Veitch-Michaelis
M Venugopal
M Vereecken
S Verpoest
D Veske
A Vijai
C Walck
C Weaver
P Weigel
A Weindl
J Weldert
C Wendt
J Werthebach
M Weyrauch
N Whitehorn
CH Wiebusch
N Willey
DR Williams
A Wolf
M Wolf
G Wrede
XW Xu
JP Yanez
E Yildizci
S Yoshida
R Young
F Yu
S Yu
T Yuan
Z Zhang
P Zhelnin

DOI

10.3847/1538-4357/ad07d1

eISSN

1538-4357

ISSN

0004-637X

Ausgabe der Veröffentlichung

Zeitschrift

The Astrophysical Journal

Online publication date

2024

Paginierung

84 - 84

Datum der Veröffentlichung

2024

Status

Published

Herausgeber

American Astronomical Society

Herausgeber URL

http://dx.doi.org/10.3847/1538-4357/ad07d1

Datum der Datenerfassung

2024

Titel

Search for Galactic Core-collapse Supernovae in a Decade of Data Taken with the IceCube Neutrino Observatory

Ausgabe der Zeitschrift

961

Data source: Crossref

Beziehungen:

Property of

ETAP 2

Search for Galactic Core-collapse Supernovae in a Decade of Data Taken with the IceCube Neutrino Observatory

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