Characterization of the astrophysical diffuse neutrino flux using starting track events in IceCube-Reference-Cited by-同舟云学术

Characterization of the astrophysical diffuse neutrino flux using starting track events in IceCube

Published:2024-07-02 Issue:2 Volume:110 Page:
ISSN:2470-0010
Container-title:Physical Review D
language:en
Short-container-title:Phys. Rev. D

Author:

Abbasi R.¹,Ackermann M.²,Adams J.³,Agarwalla S. K.⁴,Aguilar J. A.⁵,Ahlers M.⁶,Alameddine J. M.⁷,Amin N. M.⁸,Andeen K.⁹,Anton G.¹⁰,Argüelles C.¹¹,Ashida Y.¹²,Athanasiadou S.²,Ausborm L.¹³,Axani S. N.⁸,Bai X.¹⁴,Balagopal A.⁴,Baricevic M.⁴,Barwick S. W.¹⁵,Bash S.¹⁶,Basu V.⁴,Bay R.¹⁵,Beatty J. J.¹⁷¹⁷,Becker Tjus J.¹⁸,Beise J.¹⁹,Bellenghi C.¹⁶,Benning C.¹³,BenZvi S.²⁰,Berley D.²¹,Bernardini E.²²,Besson D. Z.²³,Blaufuss E.²¹,Blot S.²,Bontempo F.²⁴,Book J. Y.¹¹,Boscolo Meneguolo C.²²,Böser S.²⁵,Botner O.¹⁹,Böttcher J.¹³,Braun J.⁴,Brinson B.²⁶,Brostean-Kaiser J.²,Brusa L.¹³,Burley R. T.²⁷,Busse R. S.²⁸,Butterfield D.⁴,Campana M. A.²⁹,Caracas I.²⁵,Carloni K.¹¹,Carpio J.³⁰³⁰,Chattopadhyay S.⁴,Chau N.⁵,Chen Z.³¹,Chirkin D.⁴,Choi S.³²,Clark B. A.²¹,Coleman A.¹⁹,Collin G. H.³³,Connolly A.¹⁷¹⁷,Conrad J. M.³³,Coppin P.³⁴,Corley R.¹²,Correa P.³⁴,Cowen D. F.³⁵³⁵,Dave P.²⁶,De Clercq C.³⁴,DeLaunay J. J.³⁶,Delgado D.¹¹,Deng S.¹³,Deoskar K.³⁷,Desai A.⁴,Desiati P.⁴,de Vries K. D.³⁴,de Wasseige G.³⁸,DeYoung T.³⁹,Diaz A.³³,Díaz-Vélez J. C.⁴,Dittmer M.²⁸,Domi A.¹⁰,Draper L.¹²,Dujmovic H.⁴,DuVernois M. A.⁴,Ehrhardt T.²⁵,Eidenschink L.¹⁶,Eimer A.¹⁰,Eller P.¹⁶,Ellinger E.⁴⁰,El Mentawi S.¹³,Elsässer D.⁷,Engel R.²⁴⁴¹,Erpenbeck H.⁴,Evans J.²¹,Evenson P. A.⁸,Fan K. L.²¹,Fang K.⁴,Farrag K.⁴²,Fazely A. R.⁴³,Fedynitch A.⁴⁴,Feigl N.⁴⁵,Fiedlschuster S.¹⁰,Finley C.³⁷,Fischer L.²,Fox D.³⁵,Franckowiak A.¹⁸,Fürst P.¹³,Gallagher J.⁴,Ganster E.¹³,Garcia A.¹¹,Genton E.³⁸,Gerhardt L.⁴⁶,Ghadimi A.³⁶,Girard-Carillo C.²⁵,Glaser C.¹⁹,Glüsenkamp T.¹⁰¹⁹,Gonzalez J. G.⁸,Goswami S.³⁰³⁰,Granados A.³⁹,Grant D.³⁹,Gray S. J.²¹,Gries O.¹³,Griffin S.⁴,Griswold S.²⁰,Groth K. M.⁶,Günther C.¹³,Gutjahr P.⁷,Ha C.⁴⁷,Haack C.¹⁰,Hallgren A.¹⁹,Halliday R.³⁹,Halve L.¹³,Halzen F.⁴,Hamdaoui H.³¹,Ha Minh M.¹⁶,Handt M.¹³,Hanson K.⁴,Hardin J.³³,Harnisch A. A.³⁹,Hatch P.⁴⁸,Haungs A.²⁴,Häußler J.¹³,Helbing K.⁴⁰,Hellrung J.¹⁸,Hermannsgabner J.¹³,Heuermann L.¹³,Heyer N.¹⁹,Hickford S.⁴⁰,Hidvegi A.³⁷,Hill C.⁴²,Hill G. C.²⁷,Hoffman K. D.²¹,Hori S.⁴,Hoshina K.⁴,Hostert M.¹¹,Hou W.²⁴,Huber T.²⁴,Hultqvist K.³⁷,Hünnefeld M.⁷,Hussain R.⁴,Hymon K.⁷,Ishihara A.⁴²,Iwakiri W.⁴²,Jacquart M.⁴,Janik O.¹⁰,Jansson M.³⁷,Japaridze G. S.⁴⁹,Jeong M.¹²,Jin M.¹¹,Jones B. J. P.⁵⁰,Kamp N.¹¹,Kang D.²⁴,Kang W.³²,Kang X.²⁹,Kappes A.²⁸,Kappesser D.²⁵,Kardum L.⁷,Karg T.²,Karl M.¹⁶,Karle A.⁴,Katil A.⁵¹,Katz U.¹⁰,Kauer M.⁴,Kelley J. L.⁴,Khanal M.¹²,Khatee Zathul A.⁴,Kheirandish A.³⁰³⁰,Kiryluk J.³¹,Klein S. R.¹⁵⁴⁶,Kochocki A.³⁹,Koirala R.⁸,Kolanoski H.⁴⁵,Kontrimas T.¹⁶,Köpke L.²⁵,Kopper C.¹⁰,Koskinen D. J.⁶,Koundal P.⁸,Kovacevich M.²⁹,Kowalski M.⁴⁵²,Kozynets T.⁶,Krishnamoorthi J.⁴,Kruiswijk K.³⁸,Krupczak E.³⁹,Kumar A.²,Kun E.¹⁸,Kurahashi N.²⁹,Lad N.²,Lagunas Gualda C.²,Lamoureux M.³⁸,Larson M. J.²¹,Latseva S.¹³,Lauber F.⁴⁰,Lazar J. P.³⁸,Lee J. W.³²,Leonard DeHolton K.³⁵³⁵,Leszczyńska A.⁸,Liao J.²⁶,Lincetto M.¹⁸,Liubarska M.⁵¹,Lohfink E.²⁵,Love C.²⁹,Lozano Mariscal C. J.²⁸,Lu L.⁴,Lucarelli F.⁵²,Luszczak W.¹⁷¹⁷,Lyu Y.¹⁵⁴⁶,Madsen J.⁴,Magnus E.³⁴,Mahn K. B. M.³⁹,Makino Y.⁴,Manao E.¹⁶,Mancina S.⁴²²,Marie Sainte W.⁴,Mariş I. C.⁵,Marka S.⁵³,Marka Z.⁵³,Marsee M.³⁶,Martinez-Soler I.¹¹,Maruyama R.⁵⁴,Mayhew F.³⁹,McElroy T.⁵¹,McNally F.⁵⁵,Mead J. V.⁶,Meagher K.⁴,Mechbal S.²,Medina A.¹⁷,Meier M.⁴²,Merckx Y.³⁴,Merten L.¹⁸,Micallef J.³⁹,Mitchell J.⁴³,Montaruli T.⁵²,Moore R. W.⁵¹,Morii Y.⁴²,Morse R.⁴,Moulai M.⁴,Mukherjee T.²⁴,Naab R.²,Nagai R.⁴²,Nakos M.⁴,Naumann U.⁴⁰,Necker J.²,Negi A.⁵⁰,Neumann M.²⁸,Niederhausen H.³⁹,Nisa M. U.³⁹,Noell A.¹³,Novikov A.⁸,Nowicki S. C.³⁹,Obertacke Pollmann A.⁴²,O’Dell V.⁴,Oeyen B.⁵⁶,Olivas A.²¹,Orsoe R.¹⁶,Osborn J.⁴,O’Sullivan E.¹⁹,Pandya H.⁸,Park N.⁴⁸,Parker G. K.⁵⁰,Paudel E. N.⁸,Paul L.¹⁴,Pérez de los Heros C.¹⁹,Pernice T.²,Peterson J.⁴,Philippen S.¹³,Pizzuto A.⁴,Plum M.¹⁴,Pontén A.¹⁹,Popovych Y.²⁵,Prado Rodriguez M.⁴,Pries B.³⁹,Procter-Murphy R.²¹,Przybylski G. T.⁴⁶,Raab C.³⁸,Rack-Helleis J.²⁵,Rawlins K.⁵⁷,Rechav Z.⁴,Rehman A.⁸,Reichherzer P.¹⁸,Resconi E.¹⁶,Reusch S.²,Rhode W.⁷,Riedel B.⁴,Rifaie A.¹³,Roberts E. J.²⁷,Robertson S.¹⁵⁴⁶,Rodan S.³²,Roellinghoff G.³²,Rongen M.¹⁰,Rosted A.⁴²,Rott C.¹²³²,Ruhe T.⁷,Ruohan L.¹⁶,Ryckbosch D.⁵⁶,Safa I.⁴,Saffer J.⁴¹,Salazar-Gallegos D.³⁹,Sampathkumar P.²⁴,Sandrock A.⁴⁰,Santander M.³⁶,Sarkar S.⁵¹,Sarkar S.⁵⁸,Savelberg J.¹³,Savina P.⁴,Schaile P.¹⁶,Schaufel M.¹³,Schieler H.²⁴,Schindler S.¹⁰,Schlüter B.²⁸,Schlüter F.⁵,Schmeisser N.⁴⁰,Schmidt T.²¹,Schneider J.¹⁰,Schröder F. G.²⁴⁸,Schumacher L.¹⁰,Sclafani S.²¹,Seckel D.⁸,Seikh M.²³,Seo M.³²,Seunarine S.⁵⁹,Sevle Myhr P.³⁸,Shah R.²⁹,Shefali S.⁴¹,Shimizu N.⁴²,Silva M.⁴,Skrzypek B.¹⁵,Smithers B.⁵⁰,Snihur R.⁴,Soedingrekso J.⁷,Søgaard A.⁶,Soldin D.¹²,Soldin P.¹³,Sommani G.¹⁸,Spannfellner C.¹⁶,Spiczak G. M.⁵⁹,Spiering C.²,Stamatikos M.¹⁷,Stanev T.⁸,Stezelberger T.⁴⁶,Stürwald T.⁴⁰,Stuttard T.⁶,Sullivan G. W.²¹,Taboada I.²⁶,Ter-Antonyan S.⁴³,Terliuk A.¹⁶,Thiesmeyer M.¹³,Thompson W. G.¹¹,Thwaites J.⁴,Tilav S.⁸,Tollefson K.³⁹,Tönnis C.³²,Toscano S.⁵,Tosi D.⁴,Trettin A.²,Turcotte R.²⁴,Twagirayezu J. P.³⁹,Unland Elorrieta M. A.²⁸,Upadhyay A. K.⁴,Upshaw K.⁴³,Vaidyanathan A.⁹,Valtonen-Mattila N.¹⁹,Vandenbroucke J.⁴,van Eijndhoven N.³⁴,Vannerom D.³³,van Santen J.²,Vara J.²⁸,Veitch-Michaelis J.⁴,Venugopal M.²⁴,Vereecken M.³⁸,Verpoest S.⁸,Veske D.⁵³,Vijai A.²¹,Walck C.³⁷,Wang A.²⁶,Weaver C.³⁹,Weigel P.³³,Weindl A.²⁴,Weldert J.³⁵³⁵,Wen A. Y.¹¹,Wendt C.⁴,Werthebach J.⁷,Weyrauch M.²⁴,Whitehorn N.³⁹,Wiebusch C. H.¹³,Williams D. R.³⁶,Witthaus L.⁷,Wolf A.¹³,Wolf M.¹⁶,Wrede G.¹⁰,Xu X. W.⁴³,Yanez J. P.⁵¹,Yildizci E.⁴,Yoshida S.⁴²,Young R.²³,Yu S.¹²,Yuan T.⁴,Zhang Z.³¹,Zhelnin P.¹¹,Zilberman P.⁴,Zimmerman M.⁴,

Affiliation:

1. Loyola University Chicago

2. Deutsches Elektronen-Synchrotron DESY

3. University of Canterbury

4. University of Wisconsin—Madison

5. Université Libre de Bruxelles

6. University of Copenhagen

7. TU Dortmund University

8. University of Delaware

9. Marquette University

10. Friedrich-Alexander-Universität Erlangen-Nürnberg

11. Harvard University

12. University of Utah

13. RWTH Aachen University

14. South Dakota School of Mines and Technology

15. University of California

16. Technische Universität München

17. Ohio State University

18. Ruhr-Universität Bochum

19. Uppsala University

20. University of Rochester

21. University of Maryland

22. Università Degli Studi di Padova

23. University of Kansas

24. Institute for Astroparticle Physics

25. University of Mainz

26. Georgia Institute of Technology

27. University of Adelaide

28. Westfälische Wilhelms-Universität Münster

29. Drexel University

30. University of Nevada

31. Stony Brook University

32. Sungkyunkwan University

33. Massachusetts Institute of Technology

34. Vrije Universiteit Brussel (VUB)

35. Pennsylvania State University

36. University of Alabama

37. Stockholm University

38. Université catholique de Louvain

39. MichiGeorgian State University

40. University of Wuppertal

41. Institute of Experimental Particle Physics

42. Chiba University

43. Southern University

44. Institute of Physics

45. Humboldt-Universität zu Berlin

46. Lawrence Berkeley National Laboratory

47. Chung-Ang University

48. Queen’s University

49. Clark-Atlanta University

50. University of Texas at Arlington

51. University of Alberta

52. Université de Genève

53. Columbia University

54. Yale University

55. Mercer University

56. University of Gent

57. University of Alaska Anchorage

58. University of Oxford

59. University of Wisconsin

Funder

National Science Foundation

Office of Polar Programs

Physics Division, National Center for Theoretical Sciences

Office of Experimental Program to Stimulate Competitive Research

Office of Advanced Cyberinfrastructure

Wisconsin Alumni Research Foundation

University of Wisconsin-Madison

U.S. Department of Energy

National Energy Research Scientific Computing Center

University of Maryland

Michigan State University

Marquette University

Nvidia

Fonds De La Recherche Scientifique - FNRS

Fonds Wetenschappelijk Onderzoek

Belgian Federal Science Policy Office

Bundesministerium für Bildung und Forschung

Deutsche Forschungsgemeinschaft

Helmholtz Alliance for Astroparticle Physics

Deutsches Elektronen-Synchrotron

Vetenskapsrådet

Polarforskningssekretariatet

Knut och Alice Wallenbergs Stiftelse

European Commission

Australian Research Council

Natural Sciences and Engineering Research Council of Canada

Canada Foundation for Innovation

Western Canada Research Grid

Compute Canada

Villum Fonden

Carlsbergfondet

Marsden Fund

Japan Society for the Promotion of Science

Institute for Global Prominent Research, Chiba University

National Research Foundation of Korea

Schweizerischer Nationalfonds zur Förderung der Wissenschaftlichen Forschung

Center for High Throughput Computing

Partnership to Advance Throughput Computing

Advanced Cyberinfrastructure Coordination Ecosystem: Services & Support

High Performance Computing cluster of the RWTH

Swedish National Infrastructure for Computing

Publisher

American Physical Society (APS)

Link

http://harvest.aps.org/v2/journals/articles/10.1103/PhysRevD.110.022001/fulltext

Reference111 articles.

1. Evidence for High-Energy Extraterrestrial Neutrinos at the IceCube Detector

2. First Observation of PeV-Energy Neutrinos with IceCube

3. Observation of High-Energy Astrophysical Neutrinos in Three Years of IceCube Data

4. Review of Particle Physics

5. On the Origin of the Cosmic Radiation

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