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Book ; Online: A Call to Arms Control

Akindele, T. / Anderson, T. / Anderssen, E. / Askins, M. / Bohles, M. / Bacon, A. J. / Bagdasarian, Z. / Baldoni, A. / Barna, A. / Barros, N. / Bartoszek, L. / Bat, A. / Beier, E. W. / Benson, T. / Bergevin, M. / Bernstein, A. / Birrittella, B. / Blucher, E. / Boissevain, J. /

Bonventre, R. / Borusinki, J. / Bourret, E. / Brown, D. / Callaghan, E. J. / Caravaca, J. / Chen, M. / Cowen, D. F. / Crow, B. / Dalnoki-Veress, F. / Danielson, D. / Dazeley, S. / Diwan, M. / Djurcic, Z. / Druetzler, A. / Dye, S. / Dye, S. T. / Eisch, J. / Elagin, A. / Enqvist, T. / Erlandson, Andrew / Fahrendholz, U. / Fienberg, A. / Fischer, V. / Frankiewicz, K. / Garzelli, M. V. / Gooding, D. / Graham, C. / Grant, C. / Griskevich, J. / Guffanti, D.

Synergies between Nonproliferation Applications of Neutrino Detectors and Large-Scale Fundamental Neutrino Physics Experiments

2022

Abstract: The High Energy Physics community can benefit from a natural synergy in research activities into next-generation large-scale water and scintillator neutrino detectors, now being studied for remote reactor monitoring, discovery and exclusion applications ... ...

Abstract	The High Energy Physics community can benefit from a natural synergy in research activities into next-generation large-scale water and scintillator neutrino detectors, now being studied for remote reactor monitoring, discovery and exclusion applications in cooperative nonproliferation contexts. Since approximately 2010, US nonproliferation researchers, supported by the National Nuclear Security Administration (NNSA), have been studying a range of possible applications of relatively large (100 ton) to very large (hundreds of kiloton) water and scintillator neutrino detectors. In parallel, the fundamental physics community has been developing detectors at similar scales and with similar design features for a range of high-priority physics topics, primarily in fundamental neutrino physics. These topics include neutrino oscillation studies at beams and reactors, solar, and geological neutrino measurements, supernova studies, and others. Examples of ongoing synergistic work at U.S. national laboratories and universities include prototype gadolinium-doped water and water-based and opaque scintillator test-beds and demonstrators, extensive testing and industry partnerships related to large area fast position-sensitive photomultiplier tubes, and the development of concepts for a possible underground kiloton-scale water-based detector for reactor monitoring and technology demonstrations. Some opportunities for engagement between the two communities include bi-annual Applied Antineutrino Physics conferences, collaboration with U.S. National Laboratories engaging in this research, and occasional NNSA funding opportunities supporting a blend of nonproliferation and basic science R&D, directed at the U.S. academic community. Comment: contribution to Snowmass 2021
Keywords	Physics - Instrumentation and Detectors ; High Energy Physics - Experiment ; Physics - Physics and Society
Subject code	306
Publishing date	2022-02-28
Publishing country	us
Document type	Book ; Online
Database	BASE - Bielefeld Academic Search Engine (life sciences selection)

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Article ; Online: Observation of Seven Astrophysical Tau Neutrino Candidates with IceCube.

Abbasi, R / Ackermann, M / Adams, J / Agarwalla, S K / Aguilar, J A / Ahlers, M / Alameddine, J M / Amin, N M / Andeen, K / Anton, G / Argüelles, C / Ashida, Y / Athanasiadou, S / Axani, S N / Bai, X / Balagopal, V A / Baricevic, M / Barwick, S W / Basu, V /

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

Physical review letters

2024 Volume 132, Issue 15, Page(s) 151001

Abstract: We report on a measurement of astrophysical tau neutrinos with 9.7 yr of IceCube data. Using convolutional neural networks trained on images derived from simulated events, seven candidate ν_{τ} events were found with visible energies ranging from roughly ...

Abstract	We report on a measurement of astrophysical tau neutrinos with 9.7 yr of IceCube data. Using convolutional neural networks trained on images derived from simulated events, seven candidate ν_{τ} events were found with visible energies ranging from roughly 20 TeV to 1 PeV and a median expected parent ν_{τ} energy of about 200 TeV. Considering backgrounds from astrophysical and atmospheric neutrinos, and muons from π^{±}/K^{±} decays in atmospheric air showers, we obtain a total estimated background of about 0.5 events, dominated by non-ν_{τ} astrophysical neutrinos. Thus, we rule out the absence of astrophysical ν_{τ} at the 5σ level. The measured astrophysical ν_{τ} flux is consistent with expectations based on previously published IceCube astrophysical neutrino flux measurements and neutrino oscillations.
Language	English
Publishing date	2024-04-29
Publishing country	United States
Document type	Journal Article
ZDB-ID	208853-8
ISSN	1079-7114 ; 0031-9007
ISSN (online)	1079-7114
ISSN	0031-9007
DOI	10.1103/PhysRevLett.132.151001
Database	MEDical Literature Analysis and Retrieval System OnLINE

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Book ; Online: Directionally Accelerated Detection of an Unknown Second Reactor with Antineutrinos for Mid-Field Nonproliferation Monitoring

Danielson, D. L. / Akindele, O. A. / Askins, M. / Bergevin, M. / Bernstein, A. / Burns, J. / Carroll, A. / Coleman, J. / Collins, R. / Connor, C. / Cowen, D. F. / Dalnoki-Veress, F. / Dazeley, S. / Diwan, M. V. / Duron, J. / Dye, S. T. / Eisch, J. / Ezeribe, A. / Fischer, V. /

Foster, R. / Frankiewicz, K. / Grant, C. / Gribble, J. / He, J. / Holligan, C. / Holt, G. / Huang, W. / Jovanovic, I. / Kneale, L. / Korkeila, L. / Kudryavtsev, V. A. / Kunkle, P. / Mak, R. Lap Keung / Learned, J. G. / Lewis, P. / Li, V. A. / Liu, X. / Malek, M. / Maricic, J. / Mauger, C. / McCauley, N. / Metelko, C. / Mills, R. / Muheim, F. / Murphy, A. St. J / Needham, M. / Nishimura, K. / Gann, G. D. Orebi / Paling, S. M. / Pershing, T. / Pickard, L. / Pinheiro, B. / Quillin, S. / Rogers, S. / Scarff, A. / Schnellbach, Y. / Scovell, P. R. / Shaw, T. / Shebalin, V. / Smith, G. D. / Smy, M. B. / Spooner, N. / Sutanto, F. / Svoboda, R. / Thompson, L. F. / Toth, C. / Vagins, M. R. / Ventura, S. / Wetstein, M. J. / Yeh, M.

2019

Abstract: When monitoring a reactor site for nuclear nonproliferation purposes, the presence of an unknown or hidden nuclear reactor could be obscured by the activities of a known reactor of much greater power nearby. Thus when monitoring reactor activities by the ...

Abstract	When monitoring a reactor site for nuclear nonproliferation purposes, the presence of an unknown or hidden nuclear reactor could be obscured by the activities of a known reactor of much greater power nearby. Thus when monitoring reactor activities by the observation of antineutrino emissions, one must discriminate known background reactor fluxes from possible unknown reactor signals under investigation. To quantify this discrimination, we find the confidence to reject the (null) hypothesis of a single proximal reactor, by exploiting directional antineutrino signals in the presence of a second, unknown reactor. In particular, we simulate the inverse beta decay (IBD) response of a detector filled with a 1 kT fiducial mass of Gadolinium-doped liquid scintillator in mineral oil. We base the detector geometry on that of WATCHMAN, an upcoming antineutrino monitoring experiment soon to be deployed at the Boulby mine in the United Kingdom whose design and deployment will be detailed in a forthcoming white paper. From this simulation, we construct an analytical model of the IBD event distribution for the case of one $4\mathrm{\ GWt}\pm2\%$ reactor 25 km away from the detector site, and for an additional, unknown, 35 MWt reactor 3 to 5 km away. The effects of natural-background rejection cuts are approximated. Applying the model, we predict $3\sigma$ confidence to detect the presence of an unknown reactor within five weeks, at standoffs of 3 km or nearer. For more distant unknown reactors, the $3\sigma$ detection time increases significantly. However, the relative significance of directional sensitivity also increases, providing up to an eight week speedup to detect an unknown reactor at 5 km away. Therefore, directionally sensitive antineutrino monitoring can accelerate the mid-field detection of unknown reactors whose operation might otherwise be masked by more powerful reactors in the vicinity. Comment: 9 pages, 10 figures
Keywords	Physics - Instrumentation and Detectors ; High Energy Physics - Experiment ; High Energy Physics - Phenomenology ; Physics - Applied Physics
Subject code	660
Publishing date	2019-09-10
Publishing country	us
Document type	Book ; Online
Database	BASE - Bielefeld Academic Search Engine (life sciences selection)

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Article ; Online: Observation of high-energy neutrinos from the Galactic plane.

Abbasi, R / Ackermann, M / Adams, J / Aguilar, J A / Ahlers, M / Ahrens, M / Alameddine, J M / Alves, A A / Amin, N M / Andeen, K / Anderson, T / Anton, G / Argüelles, C / Ashida, Y / Athanasiadou, S / Axani, S / Bai, X / Balagopal V, A / Barwick, S W /

Basu, V / Baur, S / Bay, R / Beatty, J J / Becker, K-H / Tjus, J Becker / Beise, J / Bellenghi, C / Benda, S / BenZvi, S / Berley, D / Bernardini, E / Besson, D Z / Binder, G / Bindig, D / Blaufuss, E / Blot, S / Boddenberg, M / Bontempo, F / Book, J Y / Borowka, J / Böser, S / Botner, O / Böttcher, J / Bourbeau, E / Bradascio, F / Braun, J / Brinson, B / Bron, S / Brostean-Kaiser, J / Burley, R T / Busse, R S / Campana, M A / Carnie-Bronca, E G / Chen, C / Chen, Z / Chirkin, D / Choi, K / Clark, B A / Clark, K / Classen, L / Coleman, A / Collin, G H / Connolly, A / Conrad, J M / Coppin, P / Correa, P / Cowen, D F / Cross, R / Dappen, C / Dave, P / De Clercq, C / DeLaunay, J J / López, D Delgado / Dembinski, H / Deoskar, K / Desai, A / Desiati, P / de Vries, K D / de Wasseige, G / DeYoung, T / Diaz, A / Díaz-Vélez, J C / Dittmer, M / Dujmovic, H / Dunkman, M / DuVernois, M A / Ehrhardt, T / Eller, P / Engel, R / Erpenbeck, H / Evans, J / Evenson, P A / Fan, K L / Fazely, A R / Fedynitch, A / Feigl, N / Fiedlschuster, S / Fienberg, A T / Finley, C / Fischer, L / Fox, D / Franckowiak, A / Friedman, E / Fritz, A / Fürst, P / Gaisser, T K / Gallagher, J / Ganster, E / Garcia, A / Garrappa, S / Gerhardt, L / Ghadimi, A / Glaser, C / Glauch, T / Glüsenkamp, T / Goehlke, N / Goldschmidt, A / Gonzalez, J G / Goswami, S / Grant, D / Grégoire, T / Griswold, S / Günther, C / Gutjahr, P / Haack, C / Hallgren, A / Halliday, R / Halve, L / Halzen, F / Minh, M Ha / Hanson, K / Hardin, J / Harnisch, A A / Haungs, A / Helbing, K / Henningsen, F / Hettinger, E C / Hickford, S / Hignight, J / Hill, C / Hill, G C / Hoffman, K D / Hoshina, K / Hou, W / Huang, F / Huber, M / Huber, T / Hultqvist, K / Hünnefeld, M / Hussain, R / Hymon, K / In, S / Iovine, N / Ishihara, A / Jansson, M / Japaridze, G S / Jeong, M / Jin, M / Jones, B J P / Kang, D / Kang, W / Kang, X / Kappes, A / Kappesser, D / Kardum, L / Karg, T / Karl, M / Karle, A / Katz, U / Kauer, M / Kellermann, M / Kelley, J L / Kheirandish, A / Kin, K / Kiryluk, J / Klein, S R / Kochocki, A / Koirala, R / Kolanoski, H / Kontrimas, T / Köpke, L / Kopper, C / Kopper, S / Koskinen, D J / Koundal, P / Kovacevich, M / Kowalski, M / Kozynets, T / Krupczak, E / Kun, E / Kurahashi, N / Lad, N / Gualda, C Lagunas / Lanfranchi, J L / Larson, M J / Lauber, F / Lazar, J P / Lee, J W / Leonard, K / Leszczyńska, A / Li, Y / Lincetto, M / Liu, Q R / Liubarska, M / Lohfink, E / Mariscal, C J Lozano / Lu, L / Lucarelli, F / Ludwig, A / Luszczak, W / Lyu, Y / Ma, W Y / Madsen, J / Mahn, K B M / Makino, Y / Mancina, S / Mariş, I C / Martinez-Soler, I / Maruyama, R / McHale, S / McElroy, T / McNally, F / Mead, J V / Meagher, K / Mechbal, S / Medina, A / Meier, M / Meighen-Berger, S / Merckx, Y / Micallef, J / Mockler, D / Montaruli, T / Moore, R W / Morik, K / Morse, R / Moulai, M / Mukherjee, T / Naab, R / Nagai, R / Nahnhauer, R / Naumann, U / Necker, J / Nguyen, L V / Niederhausen, H / Nisa, M U / Nowicki, S C / Nygren, D / Pollmann, A Obertacke / Oehler, M / Oeyen, B / Olivas, A / O'Sullivan, E / Pandya, H / Pankova, D V / Park, N / Parker, G K / Paudel, E N / Paul, L / de Los Heros, C Pérez / Peters, L / Peterson, J / Philippen, S / Pieper, S / Pizzuto, A / Plum, M / Popovych, Y / Porcelli, A / Rodriguez, M Prado / Pries, B / Przybylski, G T / Raab, C / Rack-Helleis, J / Raissi, A / Rameez, M / Rawlins, K / Rea, I C / Rechav, Z / Rehman, A / Reichherzer, P / Reimann, R / Renzi, G / Resconi, E / Reusch, S / Rhode, W / Richman, M / Riedel, B / Roberts, E J / Robertson, S / Roellinghoff, G / Rongen, M / Rott, C / Ruhe, T / Ryckbosch, D / Cantu, D Rysewyk / Safa, I / Saffer, J / Salazar-Gallegos, D / Sampathkumar, P / Herrera, S E Sanchez / Sandrock, A / Santander, M / Sarkar, S / Satalecka, K / Schaufel, M / Schieler, H / Schindler, S / Schmidt, T / Schneider, A / Schneider, J / Schröder, F G / Schumacher, L / Schwefer, G / Sclafani, S / Seckel, D / Seunarine, S / Sharma, A / Shefali, S / Shimizu, N / Silva, M / Skrzypek, B / Smithers, B / Snihur, R / Soedingrekso, J / Sogaard, A / Soldin, D / Spannfellner, C / Spiczak, G M / Spiering, C / Stamatikos, M / Stanev, T / Stein, R / Stettner, J / Stezelberger, T / Stokstad, B / Stürwald, T / Stuttard, T / Sullivan, G W / Taboada, I / Ter-Antonyan, S / Thwaites, J / Tilav, S / Tischbein, F / Tollefson, K / Tönnis, C / Toscano, S / Tosi, D / Trettin, A / Tselengidou, M / Tung, C F / Turcati, A / Turcotte, R / Turley, C F / Twagirayezu, J P / Ty, B / Elorrieta, M A Unland / Valtonen-Mattila, N / Vandenbroucke, J / van Eijndhoven, N / Vannerom, D / van Santen, J / Veitch-Michaelis, J / Verpoest, S / Walck, C / Wang, W / Watson, T B / Weaver, C / Weigel, P / Weindl, A / Weiss, M J / Weldert, J / Wendt, C / Werthebach, J / Weyrauch, M / Whitehorn, N / Wiebusch, C H / Willey, N / Williams, D R / Wolf, M / Wrede, G / Wulff, J / Xu, X W / Yanez, J P / Yildizci, E / Yoshida, S / Yu, S / Yuan, T / Zhang, Z / Zhelnin, P

Science (New York, N.Y.)

2023 Volume 380, Issue 6652, Page(s) 1338–1343

Abstract: The origin of high-energy cosmic rays, atomic nuclei that continuously impact Earth's atmosphere, is unknown. Because of deflection by interstellar magnetic fields, cosmic rays produced within the Milky Way arrive at Earth from random directions. However, ...

Abstract	The origin of high-energy cosmic rays, atomic nuclei that continuously impact Earth's atmosphere, is unknown. Because of deflection by interstellar magnetic fields, cosmic rays produced within the Milky Way arrive at Earth from random directions. However, cosmic rays interact with matter near their sources and during propagation, which produces high-energy neutrinos. We searched for neutrino emission using machine learning techniques applied to 10 years of data from the IceCube Neutrino Observatory. By comparing diffuse emission models to a background-only hypothesis, we identified neutrino emission from the Galactic plane at the 4.5σ level of significance. The signal is consistent with diffuse emission of neutrinos from the Milky Way but could also arise from a population of unresolved point sources.
Language	English
Publishing date	2023-06-29
Publishing country	United States
Document type	Journal Article
ZDB-ID	128410-1
ISSN	1095-9203 ; 0036-8075
ISSN (online)	1095-9203
ISSN	0036-8075
DOI	10.1126/science.adc9818
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Article: Constraints on cosmic neutrino fluxes from the Antarctic Impulsive Transient Antenna experiment.

Barwick, S W / Beatty, J J / Besson, D Z / Binns, W R / Cai, B / Clem, J M / Connolly, A / Cowen, D F / Dowkontt, P F / Duvernois, M A / Evenson, P A / Goldstein, D / Gorham, P W / Hebert, C L / Israel, M H / Learned, J G / Liewer, K M / Link, J T / Matsuno, S /

Miocinović, P / Nam, J / Naudet, C J / Nichol, R / Palladino, K / Rosen, M / Saltzberg, D / Seckel, D / Silvestri, A / Stokes, B T / Varner, G S / Wu, F

Physical review letters

2006 Volume 96, Issue 17, Page(s) 171101

Abstract: We report new limits on cosmic neutrino fluxes from the test flight of the Antarctic Impulsive Transient Antenna (ANITA) experiment, which completed an 18.4 day flight of a prototype long-duration balloon payload, called ANITA-lite, in early 2004. We ... ...

Abstract	We report new limits on cosmic neutrino fluxes from the test flight of the Antarctic Impulsive Transient Antenna (ANITA) experiment, which completed an 18.4 day flight of a prototype long-duration balloon payload, called ANITA-lite, in early 2004. We search for impulsive events that could be associated with ultrahigh energy neutrino interactions in the ice and derive limits that constrain several models for ultrahigh energy neutrino fluxes and rule out the long-standing -burst model.
Language	English
Publishing date	2006-05-05
Publishing country	United States
Document type	Journal Article
ZDB-ID	208853-8
ISSN	1079-7114 ; 0031-9007
ISSN (online)	1079-7114
ISSN	0031-9007
DOI	10.1103/PhysRevLett.96.171101
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Article ; Online: Strong Constraints on Neutrino Nonstandard Interactions from TeV-Scale ν_{μ} Disappearance at IceCube.

Abbasi, R / Ackermann, M / Adams, J / Aguilar, J A / Ahlers, M / Ahrens, M / Alameddine, J M / Alispach, C / Alves, A A / Amin, N M / Andeen, K / Anderson, T / Anton, G / Argüelles, C / Ashida, Y / Axani, S / Bai, X / Balagopal, A / Barbano, A /

Barwick, S W / Bastian, B / Basu, V / Baur, S / Bay, R / Beatty, J J / Becker, K-H / Becker Tjus, J / Bellenghi, C / Benda, S / BenZvi, S / Berley, D / Bernardini, E / Besson, D Z / Binder, G / Bindig, D / Blaufuss, E / Blot, S / Boddenberg, M / Bontempo, F / Borowka, J / Böser, S / Botner, O / Böttcher, J / Bourbeau, E / Bradascio, F / Braun, J / Brinson, B / Bron, S / Brostean-Kaiser, J / Browne, S / Burgman, A / Burley, R T / Busse, R S / Campana, M A / Carnie-Bronca, E G / Chen, C / Chen, Z / Chirkin, D / Choi, K / Clark, B A / Clark, K / Classen, L / Coleman, A / Collin, G H / Conrad, J M / Coppin, P / Correa, P / Cowen, D F / Cross, R / Dappen, C / Dave, P / De Clercq, C / DeLaunay, J J / Delgado López, D / Dembinski, H / Deoskar, K / Desai, A / Desiati, P / de Vries, K D / de Wasseige, G / de With, M / DeYoung, T / Diaz, A / Díaz-Vélez, J C / Dittmer, M / Dujmovic, H / Dunkman, M / DuVernois, M A / Dvorak, E / Ehrhardt, T / Eller, P / Engel, R / Erpenbeck, H / Evans, J / Evenson, P A / Fan, K L / Fazely, A R / Fedynitch, A / Feigl, N / Fiedlschuster, S / Fienberg, A T / Filimonov, K / Finley, C / Fischer, L / Fox, D / Franckowiak, A / Friedman, E / Fritz, A / Fürst, P / Gaisser, T K / Gallagher, J / Ganster, E / Garcia, A / Garrappa, S / Gerhardt, L / Ghadimi, A / Glaser, C / Glauch, T / Glüsenkamp, T / Gonzalez, J G / Goswami, S / Grant, D / Grégoire, T / Griswold, S / Günther, C / Gutjahr, P / Haack, C / Hallgren, A / Halliday, R / Halve, L / Halzen, F / Ha Minh, M / Hanson, K / Hardin, J / Harnisch, A A / Haungs, A / Hebecker, D / Helbing, K / Henningsen, F / Hettinger, E C / Hickford, S / Hignight, J / Hill, C / Hill, G C / Hoffman, K D / Hoffmann, R / Hoshina, K / Huang, F / Huber, M / Huber, T / Hultqvist, K / Hünnefeld, M / Hussain, R / Hymon, K / In, S / Iovine, N / Ishihara, A / Jansson, M / Japaridze, G S / Jeong, M / Jin, M / Jones, B J P / Kang, D / Kang, W / Kang, X / Kappes, A / Kappesser, D / Kardum, L / Karg, T / Karl, M / Karle, A / Katz, U / Kauer, M / Kellermann, M / Kelley, J L / Kheirandish, A / Kin, K / Kintscher, T / Kiryluk, J / Klein, S R / Koirala, R / Kolanoski, H / Kontrimas, T / Köpke, L / Kopper, C / Kopper, S / Koskinen, D J / Koundal, P / Kovacevich, M / Kowalski, M / Kozynets, T / Kun, E / Kurahashi, N / Lad, N / Lagunas Gualda, C / Lanfranchi, J L / Larson, M J / Lauber, F / Lazar, J P / Lee, J W / Leonard, K / Leszczyńska, A / Li, Y / Lincetto, M / Liu, Q R / Liubarska, M / Lohfink, E / Lozano Mariscal, C J / Lu, L / Lucarelli, F / Ludwig, A / Luszczak, W / Lyu, Y / Ma, W Y / Madsen, J / Mahn, K B M / Makino, Y / Mancina, S / Mariş, I C / Martinez-Soler, I / Maruyama, R / McCarthy, S / McElroy, T / McNally, F / Mead, J V / Meagher, K / Mechbal, S / Medina, A / Meier, M / Meighen-Berger, S / Micallef, J / Mockler, D / Montaruli, T / Moore, R W / Morse, R / Moulai, M / Naab, R / Nagai, R / Naumann, U / Necker, J / Nguyễn, L V / Niederhausen, H / Nisa, M U / Nowicki, S C / Obertacke Pollmann, A / Oehler, M / Oeyen, B / Olivas, A / O'Sullivan, E / Pandya, H / Pankova, D V / Park, N / Parker, G K / Paudel, E N / Paul, L / Pérez de Los Heros, C / Peters, L / Peterson, J / Philippen, S / Pieper, S / Pittermann, M / Pizzuto, A / Plum, M / Popovych, Y / Porcelli, A / Prado Rodriguez, M / Price, P B / Pries, B / Przybylski, G T / Raab, C / Rack-Helleis, J / Raissi, A / Rameez, M / Rawlins, K / Rea, I C / Rechav, Z / Rehman, A / Reichherzer, P / Reimann, R / Renzi, G / Resconi, E / Reusch, S / Rhode, W / Richman, M / Riedel, B / Roberts, E J / Robertson, S / Roellinghoff, G / Rongen, M / Rott, C / Ruhe, T / Ryckbosch, D / Rysewyk Cantu, D / Safa, I / Saffer, J / Sanchez Herrera, S E / Sandrock, A / Santander, M / Sarkar, S / Satalecka, K / Schaufel, M / Schieler, H / Schindler, S / Schmidt, T / Schneider, A / Schneider, J / Schröder, F G / Schumacher, L / Schwefer, G / Sclafani, S / Seckel, D / Seunarine, S / Sharma, A / Shefali, S / Shimizu, N / Silva, M / Skrzypek, B / Smithers, B / Snihur, R / Soedingrekso, J / Soldin, D / Spannfellner, C / Spiczak, G M / Spiering, C / Stachurska, J / Stamatikos, M / Stanev, T / Stein, R / Stettner, J / Stezelberger, T / Stürwald, T / Stuttard, T / Sullivan, G W / Taboada, I / Ter-Antonyan, S / Thwaites, J / Tilav, S / Tischbein, F / Tollefson, K / Tönnis, C / Toscano, S / Tosi, D / Trettin, A / Tselengidou, M / Tung, C F / Turcati, A / Turcotte, R / Turley, C F / Twagirayezu, J P / Ty, B / Unland Elorrieta, M A / Valtonen-Mattila, N / Vandenbroucke, J / van Eijndhoven, N / Vannerom, D / van Santen, J / Veitch-Michaelis, J / Verpoest, S / Walck, C / Wang, W / Watson, T B / Weaver, C / Weigel, P / Weindl, A / Weiss, M J / Weldert, J / Wendt, C / Werthebach, J / Weyrauch, M / Whitehorn, N / Wiebusch, C H / Williams, D R / Wolf, M / Woschnagg, K / Wrede, G / Wulff, J / Xu, X W / Yanez, J P / Yildizci, E / Yoshida, S / Yu, S / Yuan, T / Zhang, Z / Zhelnin, P

Physical review letters

2022 Volume 129, Issue 1, Page(s) 11804

Abstract: We report a search for nonstandard neutrino interactions (NSI) using eight years of TeV-scale atmospheric muon neutrino data from the IceCube Neutrino Observatory. By reconstructing incident energies and zenith angles for atmospheric neutrino events, ... ...

Abstract	We report a search for nonstandard neutrino interactions (NSI) using eight years of TeV-scale atmospheric muon neutrino data from the IceCube Neutrino Observatory. By reconstructing incident energies and zenith angles for atmospheric neutrino events, this analysis presents unified confidence intervals for the NSI parameter ε_{μτ}. The best-fit value is consistent with no NSI at a p value of 25.2%. With a 90% confidence interval of -0.0041≤ε_{μτ}≤0.0031 along the real axis and similar strength in the complex plane, this result is the strongest constraint on any NSI parameter from any oscillation channel to date.
Language	English
Publishing date	2022-07-16
Publishing country	United States
Document type	Journal Article
ZDB-ID	208853-8
ISSN	1079-7114 ; 0031-9007
ISSN (online)	1079-7114
ISSN	0031-9007
DOI	10.1103/PhysRevLett.129.011804
Database	MEDical Literature Analysis and Retrieval System OnLINE

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Article ; Online: Search for Relativistic Magnetic Monopoles with Eight Years of IceCube Data.

Abbasi, R / Ackermann, M / Adams, J / Aguilar, J A / Ahlers, M / Ahrens, M / Alispach, C / Alves, A A / Amin, N M / An, R / Andeen, K / Anderson, T / Anton, G / Argüelles, C / Ashida, Y / Axani, S / Bai, X / Balagopal V, A / Barbano, A /

Barwick, S W / Bastian, B / Basu, V / Baur, S / Bay, R / Beatty, J J / Becker, K-H / Becker Tjus, J / Bellenghi, C / BenZvi, S / Berley, D / Bernardini, E / Besson, D Z / Binder, G / Bindig, D / Blaufuss, E / Blot, S / Boddenberg, M / Bontempo, F / Borowka, J / Böser, S / Botner, O / Böttcher, J / Bourbeau, E / Bradascio, F / Braun, J / Bron, S / Brostean-Kaiser, J / Browne, S / Burgman, A / Burley, R T / Busse, R S / Campana, M A / Carnie-Bronca, E G / Chen, C / Chen, Z / Chirkin, D / Choi, K / Clark, B A / Clark, K / Classen, L / Coleman, A / Collin, G H / Conrad, J M / Coppin, P / Correa, P / Cowen, D F / Cross, R / Dappen, C / Dave, P / De Clercq, C / DeLaunay, J J / Dembinski, H / Deoskar, K / Desai, A / Desiati, P / de Vries, K D / de Wasseige, G / de With, M / DeYoung, T / Dharani, S / Diaz, A / Díaz-Vélez, J C / Dittmer, M / Dujmovic, H / Dunkman, M / DuVernois, M A / Dvorak, E / Ehrhardt, T / Eller, P / Engel, R / Erpenbeck, H / Evans, J / Evenson, P A / Fan, K L / Fazely, A R / Feigl, N / Fiedlschuster, S / Fienberg, A T / Filimonov, K / Finley, C / Fischer, L / Fox, D / Franckowiak, A / Friedman, E / Fritz, A / Fürst, P / Gaisser, T K / Gallagher, J / Ganster, E / Garcia, A / Garrappa, S / Gerhardt, L / Ghadimi, A / Glaser, C / Glauch, T / Glüsenkamp, T / Gonzalez, J G / Goswami, S / Grant, D / Grégoire, T / Griswold, S / Gündüz, M / Günther, C / Haack, C / Hallgren, A / Halliday, R / Halve, L / Halzen, F / Ha Minh, M / Hanson, K / Hardin, J / Harnisch, A A / Haungs, A / Hauser, S / Hebecker, D / Helbing, K / Henningsen, F / Hettinger, E C / Hickford, S / Hignight, J / Hill, C / Hill, G C / Hoffman, K D / Hoffmann, R / Hoinka, T / Hokanson-Fasig, B / Hoshina, K / Huang, F / Huber, M / Huber, T / Hultqvist, K / Hünnefeld, M / Hussain, R / In, S / Iovine, N / Ishihara, A / Jansson, M / Japaridze, G S / Jeong, M / Jones, B J P / Kang, D / Kang, W / Kang, X / Kappes, A / Kappesser, D / Karg, T / Karl, M / Karle, A / Katz, U / Kauer, M / Kellermann, M / Kelley, J L / Kheirandish, A / Kin, K / Kintscher, T / Kiryluk, J / Klein, S R / Koirala, R / Kolanoski, H / Kontrimas, T / Köpke, L / Kopper, C / Kopper, S / Koskinen, D J / Koundal, P / Kovacevich, M / Kowalski, M / Kozynets, T / Kun, E / Kurahashi, N / Lad, N / Lagunas Gualda, C / Lanfranchi, J L / Larson, M J / Lauber, F / Lazar, J P / Lee, J W / Leonard, K / Leszczyńska, A / Li, Y / Lincetto, M / Liu, Q R / Liubarska, M / Lohfink, E / Lozano Mariscal, C J / Lu, L / Lucarelli, F / Ludwig, A / Luszczak, W / Lyu, Y / Ma, W Y / Madsen, J / Mahn, K B M / Makino, Y / Mancina, S / Mariş, I C / Maruyama, R / Mase, K / McElroy, T / McNally, F / Mead, J V / Meagher, K / Mechbal, S / Medina, A / Meier, M / Meighen-Berger, S / Micallef, J / Mockler, D / Montaruli, T / Moore, R W / Morse, R / Moulai, M / Naab, R / Nagai, R / Naumann, U / Necker, J / Nguyễn, L V / Niederhausen, H / Nisa, M U / Nowicki, S C / Obertacke Pollmann, A / Oehler, M / Oeyen, B / Olivas, A / O'Sullivan, E / Pandya, H / Pankova, D V / Park, N / Parker, G K / Paudel, E N / Paul, L / Pérez de Los Heros, C / Peters, L / Peterson, J / Philippen, S / Pieloth, D / Pieper, S / Pittermann, M / Pizzuto, A / Plum, M / Popovych, Y / Porcelli, A / Prado Rodriguez, M / Price, P B / Pries, B / Przybylski, G T / Raab, C / Raissi, A / Rameez, M / Rawlins, K / Rea, I C / Rehman, A / Reichherzer, P / Reimann, R / Renzi, G / Resconi, E / Reusch, S / Rhode, W / Richman, M / Riedel, B / Roberts, E J / Robertson, S / Roellinghoff, G / Rongen, M / Rott, C / Ruhe, T / Ryckbosch, D / Rysewyk Cantu, D / Safa, I / Saffer, J / Sanchez Herrera, S E / Sandrock, A / Sandroos, J / Santander, M / Sarkar, S / Satalecka, K / Scharf, M / Schaufel, M / Schieler, H / Schindler, S / Schlunder, P / Schmidt, T / Schneider, A / Schneider, J / Schröder, F G / Schumacher, L / Schwefer, G / Sclafani, S / Seckel, D / Seunarine, S / Sharma, A / Shefali, S / Silva, M / Skrzypek, B / Smithers, B / Snihur, R / Soedingrekso, J / Soldin, D / Spannfellner, C / Spiczak, G M / Spiering, C / Stachurska, J / Stamatikos, M / Stanev, T / Stein, R / Stettner, J / Steuer, A / Stezelberger, T / Stürwald, T / Stuttard, T / Sullivan, G W / Taboada, I / Tenholt, F / Ter-Antonyan, S / Tilav, S / Tischbein, F / Tollefson, K / Tomankova, L / Tönnis, C / Toscano, S / Tosi, D / Trettin, A / Tselengidou, M / Tung, C F / Turcati, A / Turcotte, R / Turley, C F / Twagirayezu, J P / Ty, B / Unland Elorrieta, M A / Valtonen-Mattila, N / Vandenbroucke, J / van Eijndhoven, N / Vannerom, D / van Santen, J / Verpoest, S / Walck, C / Watson, T B / Weaver, C / Weigel, P / Weindl, A / Weiss, M J / Weldert, J / Wendt, C / Werthebach, J / Weyrauch, M / Whitehorn, N / Wiebusch, C H / Williams, D R / Wolf, M / Woschnagg, K / Wrede, G / Wulff, J / Xu, X W / Yanez, J P / Yoshida, S / Yu, S / Yuan, T / Zhang, Z

Physical review letters

2022 Volume 128, Issue 5, Page(s) 51101

Abstract: We present an all-sky 90% confidence level upper limit on the cosmic flux of relativistic magnetic monopoles using 2886 days of IceCube data. The analysis was optimized for monopole speeds between 0.750c and 0.995c, without any explicit restriction on ... ...

Abstract	We present an all-sky 90% confidence level upper limit on the cosmic flux of relativistic magnetic monopoles using 2886 days of IceCube data. The analysis was optimized for monopole speeds between 0.750c and 0.995c, without any explicit restriction on the monopole mass. We constrain the flux of relativistic cosmic magnetic monopoles to a level below 2.0×10^{-19} cm^{-2} s^{-1} sr^{-1} over the majority of the targeted speed range. This result constitutes the most strict upper limit to date for magnetic monopoles with β≳0.8 and up to β∼0.995 and fills the gap between existing limits on the cosmic flux of nonrelativistic and ultrarelativistic magnetic monopoles.
Language	English
Publishing date	2022-02-18
Publishing country	United States
Document type	Journal Article
ZDB-ID	208853-8
ISSN	1079-7114 ; 0031-9007
ISSN (online)	1079-7114
ISSN	0031-9007
DOI	10.1103/PhysRevLett.128.051101
Database	MEDical Literature Analysis and Retrieval System OnLINE

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Article ; Online: Search for Unstable Sterile Neutrinos with the IceCube Neutrino Observatory.

Abbasi, R / Ackermann, M / Adams, J / Aguilar, J A / Ahlers, M / Ahrens, M / Alameddine, J M / Alves, A A / Amin, N M / Andeen, K / Anderson, T / Anton, G / Argüelles, C / Ashida, Y / Axani, S / Bai, X / Balagopal V, A / Barwick, S W / Bastian, B /

Basu, V / Baur, S / Bay, R / Beatty, J J / Becker, K-H / Becker Tjus, J / Beise, J / Bellenghi, C / Benda, S / BenZvi, S / Berley, D / Bernardini, E / Besson, D Z / Binder, G / Bindig, D / Blaufuss, E / Blot, S / Boddenberg, M / Bontempo, F / Book, J Y / Borowka, J / Böser, S / Botner, O / Böttcher, J / Bourbeau, E / Bradascio, F / Braun, J / Brinson, B / Bron, S / Brostean-Kaiser, J / Burley, R T / Busse, R S / Campana, M A / Carnie-Bronca, E G / Chen, C / Chen, Z / Chirkin, D / Choi, K / Clark, B A / Clark, K / Classen, L / Coleman, A / Collin, G H / Conrad, J M / Coppin, P / Correa, P / Cowen, D F / Cross, R / Dappen, C / Dave, P / De Clercq, C / DeLaunay, J J / Delgado López, D / Dembinski, H / Deoskar, K / Desai, A / Desiati, P / de Vries, K D / de Wasseige, G / de With, M / DeYoung, T / Diaz, A / Díaz-Vélez, J C / Dittmer, M / Dujmovic, H / Dunkman, M / DuVernois, M A / Ehrhardt, T / Eller, P / Engel, R / Erpenbeck, H / Evans, J / Evenson, P A / Fan, K L / Fazely, A R / Fedynitch, A / Feigl, N / Fiedlschuster, S / Fienberg, A T / Finley, C / Fischer, L / Fox, D / Franckowiak, A / Friedman, E / Fritz, A / Fürst, P / Gaisser, T K / Gallagher, J / Ganster, E / Garcia, A / Garrappa, S / Gerhardt, L / Ghadimi, A / Glaser, C / Glauch, T / Glüsenkamp, T / Goehlke, N / Gonzalez, J G / Goswami, S / Grant, D / Grégoire, T / Griswold, S / Günther, C / Gutjahr, P / Haack, C / Hallgren, A / Halliday, R / Halve, L / Halzen, F / Ha Minh, M / Hanson, K / Hardin, J / Harnisch, A A / Haungs, A / Hebecker, D / Helbing, K / Henningsen, F / Hettinger, E C / Hickford, S / Hignight, J / Hill, C / Hill, G C / Hoffman, K D / Hoshina, K / Hou, W / Huang, F / Huber, M / Huber, T / Hultqvist, K / Hünnefeld, M / Hussain, R / Hymon, K / In, S / Iovine, N / Ishihara, A / Jansson, M / Japaridze, G S / Jeong, M / Jin, M / Jones, B J P / Kang, D / Kang, W / Kang, X / Kappes, A / Kappesser, D / Kardum, L / Karg, T / Karl, M / Karle, A / Katz, U / Kauer, M / Kellermann, M / Kelley, J L / Kheirandish, A / Kin, K / Kintscher, T / Kiryluk, J / Klein, S R / Kochocki, A / Koirala, R / Kolanoski, H / Kontrimas, T / Köpke, L / Kopper, C / Kopper, S / Koskinen, D J / Koundal, P / Kovacevich, M / Kowalski, M / Kozynets, T / Krupczak, E / Kun, E / Kurahashi, N / Lad, N / Lagunas Gualda, C / Lanfranchi, J L / Larson, M J / Lauber, F / Lazar, J P / Lee, J W / Leonard, K / Leszczyńska, A / Li, Y / Lincetto, M / Liu, Q R / Liubarska, M / Lohfink, E / Lozano Mariscal, C J / Lu, L / Lucarelli, F / Ludwig, A / Luszczak, W / Lyu, Y / Ma, W Y / Madsen, J / Mahn, K B M / Makino, Y / Mancina, S / Mariş, I C / Martinez-Soler, I / Maruyama, R / McCarthy, S / McElroy, T / McNally, F / Mead, J V / Meagher, K / Mechbal, S / Medina, A / Meier, M / Meighen-Berger, S / Micallef, J / Mockler, D / Montaruli, T / Moore, R W / Morse, R / Moulai, M / Mukherjee, T / Naab, R / Nagai, R / Naumann, U / Necker, J / Nguyễn, L V / Niederhausen, H / Nisa, M U / Nowicki, S C / Obertacke Pollmann, A / Oehler, M / Oeyen, B / Olivas, A / O'Sullivan, E / Pandya, H / Pankova, D V / Park, N / Parker, G K / Paudel, E N / Paul, L / Pérez de Los Heros, C / Peters, L / Peterson, J / Philippen, S / Pieper, S / Pizzuto, A / Plum, M / Popovych, Y / Porcelli, A / Prado Rodriguez, M / Pries, B / Przybylski, G T / Raab, C / Rack-Helleis, J / Raissi, A / Rameez, M / Rawlins, K / Rea, I C / Rechav, Z / Rehman, A / Reichherzer, P / Reimann, R / Renzi, G / Resconi, E / Reusch, S / Rhode, W / Richman, M / Riedel, B / Roberts, E J / Robertson, S / Roellinghoff, G / Rongen, M / Rott, C / Ruhe, T / Ryckbosch, D / Rysewyk Cantu, D / Safa, I / Saffer, J / Sampathkumar, P / Sanchez Herrera, S E / Sandrock, A / Santander, M / Sarkar, S / Satalecka, K / Schaufel, M / Schieler, H / Schindler, S / Schmidt, T / Schneider, A / Schneider, J / Schröder, F G / Schumacher, L / Schwefer, G / Sclafani, S / Seckel, D / Seunarine, S / Sharma, A / Shefali, S / Shimizu, N / Silva, M / Skrzypek, B / Smithers, B / Snihur, R / Soedingrekso, J / Soldin, D / Spannfellner, C / Spiczak, G M / Spiering, C / Stachurska, J / Stamatikos, M / Stanev, T / Stein, R / Stettner, J / Stezelberger, T / Stürwald, T / Stuttard, T / Sullivan, G W / Taboada, I / Ter-Antonyan, S / Thwaites, J / Tilav, S / Tischbein, F / Tollefson, K / Tönnis, C / Toscano, S / Tosi, D / Trettin, A / Tselengidou, M / Tung, C F / Turcati, A / Turcotte, R / Turley, C F / Twagirayezu, J P / Ty, B / Unland Elorrieta, M A / Valtonen-Mattila, N / Vandenbroucke, J / van Eijndhoven, N / Vannerom, D / van Santen, J / Veitch-Michaelis, J / Verpoest, S / Walck, C / Wang, W / Watson, T B / Weaver, C / Weigel, P / Weindl, A / Weiss, M J / Weldert, J / Wendt, C / Werthebach, J / Weyrauch, M / Whitehorn, N / Wiebusch, C H / Willey, N / Williams, D R / Wolf, M / Wrede, G / Wulff, J / Xu, X W / Yanez, J P / Yildizci, E / Yoshida, S / Yu, S / Yuan, T / Zhang, Z / Zhelnin, P

Physical review letters

2022 Volume 129, Issue 15, Page(s) 151801

Abstract: We present a search for an unstable sterile neutrino by looking for a resonant signal in eight years of atmospheric ν_{μ} data collected from 2011 to 2019 at the IceCube Neutrino Observatory. Both the (stable) three-neutrino and the 3+1 sterile neutrino ... ...

Abstract	We present a search for an unstable sterile neutrino by looking for a resonant signal in eight years of atmospheric ν_{μ} data collected from 2011 to 2019 at the IceCube Neutrino Observatory. Both the (stable) three-neutrino and the 3+1 sterile neutrino models are disfavored relative to the unstable sterile neutrino model, though with p values of 2.8% and 0.81%, respectively, we do not observe evidence for 3+1 neutrinos with neutrino decay. The best-fit parameters for the sterile neutrino with decay model from this study are Δm_{41}^{2}=6.7_{-2.5}^{+3.9} eV^{2}, sin^{2}2θ_{24}=0.33_{-0.17}^{+0.20}, and g^{2}=2.5π±1.5π, where g is the decay-mediating coupling. The preferred regions of the 3+1+decay model from short-baseline oscillation searches are excluded at 90% C.L.
Language	English
Publishing date	2022-10-21
Publishing country	United States
Document type	Journal Article
ZDB-ID	208853-8
ISSN	1079-7114 ; 0031-9007
ISSN (online)	1079-7114
ISSN	0031-9007
DOI	10.1103/PhysRevLett.129.151801
Database	MEDical Literature Analysis and Retrieval System OnLINE

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Article ; Online: Evidence for neutrino emission from the nearby active galaxy NGC 1068.

Barwick, S W / Bastian, B / Basu, V / Baur, S / Bay, R / Beatty, J J / Becker, K-H / Becker Tjus, J / Bellenghi, C / BenZvi, S / Berley, D / Bernardini, E / Besson, D Z / Binder, G / Bindig, D / Blaufuss, E / Blot, S / Boddenberg, M / Bontempo, F / Borowka, J / Böser, S / Botner, O / Böttcher, J / Bourbeau, E / Bradascio, F / Braun, J / Brinson, B / Bron, S / Brostean-Kaiser, J / Browne, S / Burgman, A / Burley, R T / Busse, R S / Campana, M A / Carnie-Bronca, E G / Chen, C / Chen, Z / Chirkin, D / Choi, K / Clark, B A / Clark, K / Classen, L / Coleman, A / Collin, G H / Conrad, J M / Coppin, P / Correa, P / Cowen, D F / Cross, R / Dappen, C / Dave, P / De Clercq, C / DeLaunay, J J / Delgado López, D / Dembinski, H / Deoskar, K / Desai, A / Desiati, P / de Vries, K D / de Wasseige, G / de With, M / DeYoung, T / Diaz, A / Díaz-Vélez, J C / Dittmer, M / Dujmovic, H / Dunkman, M / DuVernois, M A / Dvorak, E / Ehrhardt, T / Eller, P / Engel, R / Erpenbeck, H / Evans, J / Evenson, P A / Fan, K L / Fazely, A R / Fedynitch, A / Feigl, N / Fiedlschuster, S / Fienberg, A T / Filimonov, K / Finley, C / Fischer, L / Fox, D / Franckowiak, A / Friedman, E / Fritz, A / Fürst, P / Gaisser, T K / Gallagher, J / Ganster, E / Garcia, A / Garrappa, S / Gerhardt, L / Ghadimi, A / Glaser, C / Glauch, T / Glüsenkamp, T / Goldschmidt, A / Gonzalez, J G / Goswami, S / Grant, D / Grégoire, T / Griswold, S / Günther, C / Gutjahr, P / Haack, C / Hallgren, A / Halliday, R / Halve, L / Halzen, F / Ha Minh, M / Hanson, K / Hardin, J / Harnisch, A A / Haungs, A / Hebecker, D / Helbing, K / Henningsen, F / Hettinger, E C / Hickford, S / Hignight, J / Hill, C / Hill, G C / Hoffman, K D / Hoffmann, R / Hokanson-Fasig, B / Hoshina, K / Huang, F / Huber, M / Huber, T / Hultqvist, K / Hünnefeld, M / Hussain, R / Hymon, K / In, S / Iovine, N / Ishihara, A / Jansson, M / Japaridze, G S / Jeong, M / Jin, M / Jones, B J P / Kang, D / Kang, W / Kang, X / Kappes, A / Kappesser, D / Kardum, L / Karg, T / Karl, M / Karle, A / Katz, U / Kauer, M / Kellermann, M / Kelley, J L / Kheirandish, A / Kin, K / Kintscher, T / Kiryluk, J / Klein, S R / Koirala, R / Kolanoski, H / Kontrimas, T / Köpke, L / Kopper, C / Kopper, S / Koskinen, D J / Koundal, P / Kovacevich, M / Kowalski, M / Kozynets, T / Kun, E / Kurahashi, N / Lad, N / Lagunas Gualda, C / Lanfranchi, J L / Larson, M J / Lauber, F / Lazar, J P / Lee, J W / Leonard, K / Leszczyńska, A / Li, Y / Lincetto, M / Liu, Q R / Liubarska, M / Lohfink, E / Lozano Mariscal, C J / Lu, L / Lucarelli, F / Ludwig, A / Luszczak, W / Lyu, Y / Ma, W Y / Madsen, J / Mahn, K B M / Makino, Y / Mancina, S / Mariş, I C / Martinez-Soler, I / Maruyama, R / Mase, K / McElroy, T / McNally, F / Mead, J V / Meagher, K / Mechbal, S / Medina, A / Meier, M / Meighen-Berger, S / Micallef, J / Mockler, D / Montaruli, T / Moore, R W / Morse, R / Moulai, M / Naab, R / Nagai, R / Nahnhauer, R / Naumann, U / Necker, J / Nguyen, L V / Niederhausen, H / Nisa, M U / Nowicki, S C / Nygren, D / Obertacke Pollmann, A / Oehler, M / Oeyen, B / Olivas, A / O'Sullivan, E / Pandya, H / Pankova, D V / Park, N / Parker, G K / Paudel, E N / Paul, L / Pérez de Los Heros, C / Peters, L / Peterson, J / Philippen, S / Pieper, S / Pittermann, M / Pizzuto, A / Plum, M / Popovych, Y / Porcelli, A / Prado Rodriguez, M / Price, P B / Pries, B / Przybylski, G T / Raab, C / Rack-Helleis, J / Raissi, A / Rameez, M / Rawlins, K / Rea, I C / Rehman, A / Reichherzer, P / Reimann, R / Renzi, G / Resconi, E / Reusch, S / Rhode, W / Richman, M / Riedel, B / Roberts, E J / Robertson, S / Roellinghoff, G / Rongen, M / Rott, C / Ruhe, T / Ryckbosch, D / Rysewyk Cantu, D / Safa, I / Saffer, J / Sanchez Herrera, S E / Sandrock, A / Sandroos, J / Santander, M / Sarkar, S / Satalecka, K / Schaufel, M / Schieler, H / Schindler, S / Schmidt, T / Schneider, A / Schneider, J / Schröder, F G / Schumacher, L / Schwefer, G / Sclafani, S / Seckel, D / Seunarine, S / Sharma, A / Shefali, S / Silva, M / Skrzypek, B / Smithers, B / Snihur, R / Soedingrekso, J / Soldin, D / Spannfellner, C / Spiczak, G M / Spiering, C / Stachurska, J / Stamatikos, M / Stanev, T / Stein, R / Stettner, J / Steuer, A / Stezelberger, T / Stokstad, R / Stürwald, T / Stuttard, T / Sullivan, G W / Taboada, I / Ter-Antonyan, S / Tilav, S / Tischbein, F / Tollefson, K / Tönnis, C / Toscano, S / Tosi, D / Trettin, A / Tselengidou, M / Tung, C F / Turcati, A / Turcotte, R / Turley, C F / Twagirayezu, J P / Ty, B / Unland Elorrieta, M A / Valtonen-Mattila, N / Vandenbroucke, J / van Eijndhoven, N / Vannerom, D / van Santen, J / Verpoest, S / Walck, C / Watson, T B / Weaver, C / Weigel, P / Weindl, A / Weiss, M J / Weldert, J / Wendt, C / Werthebach, J / Weyrauch, M / Whitehorn, N / Wiebusch, C H / Williams, D R / Wolf, M / Woschnagg, K / Wrede, G / Wulff, J / Xu, X W / Yanez, J P / Yoshida, S / Yu, S / Yuan, T / Zhang, Z / Zhelnin, P

Science (New York, N.Y.)

2022 Volume 378, Issue 6619, Page(s) 538–543

Abstract: A supermassive black hole, obscured by cosmic dust, powers the nearby active galaxy NGC 1068. Neutrinos, which rarely interact with matter, could provide information on the galaxy's active core. We searched for neutrino emission from astrophysical ... ...

Abstract	A supermassive black hole, obscured by cosmic dust, powers the nearby active galaxy NGC 1068. Neutrinos, which rarely interact with matter, could provide information on the galaxy's active core. We searched for neutrino emission from astrophysical objects using data recorded with the IceCube neutrino detector between 2011 and 2020. The positions of 110 known gamma-ray sources were individually searched for neutrino detections above atmospheric and cosmic backgrounds. We found that NGC 1068 has an excess of [Formula: see text] neutrinos at tera-electron volt energies, with a global significance of 4.2σ, which we interpret as associated with the active galaxy. The flux of high-energy neutrinos that we measured from NGC 1068 is more than an order of magnitude higher than the upper limit on emissions of tera-electron volt gamma rays from this source.
Language	English
Publishing date	2022-11-03
Publishing country	United States
Document type	Journal Article ; Research Support, Non-U.S. Gov't ; Research Support, U.S. Gov't, Non-P.H.S.
ZDB-ID	128410-1
ISSN	1095-9203 ; 0036-8075
ISSN (online)	1095-9203
ISSN	0036-8075
DOI	10.1126/science.abg3395
Database	MEDical Literature Analysis and Retrieval System OnLINE

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Book ; Online: Observation of high-energy neutrinos from the Galactic plane

Abbasi, R. / Ackermann, M. / Adams, J. / Aguilar, J. A. / Ahlers, M. / Ahrens, M. / Alameddine, J. M. / Alves Jr., A. A. / Amin, N. M. / Andeen, K. / Anderson, T. / Anton, G. / Argüelles, C. / Ashida, Y. / Athanasiadou, S. / Axani, S. / Bai, X. / V., A. Balagopal / Barwick, S. W. /

Basu, V. / Baur, S. / Bay, R. / Beatty, J. J. / Becker, K. -H. / Tjus, J. Becker / Beise, J. / Bellenghi, C. / Benda, S. / BenZvi, S. / Berley, D. / Bernardini, E. / Besson, D. Z. / Binder, G. / Bindig, D. / Blaufuss, E. / Blot, S. / Boddenberg, M. / Bontempo, F. / Book, J. Y. / Borowka, J. / Böser, S. / Botner, O. / Böttcher, J. / Bourbeau, E. / Bradascio, F. / Braun, J. / Brinson, B. / Bron, S. / Brostean-Kaiser, J. / Burley, R. T. / Busse, R. S. / Campana, M. A. / Carnie-Bronca, E. G. / Chen, C. / Chen, Z. / Chirkin, D. / Choi, K. / Clark, B. A. / Clark, K. / Classen, L. / Coleman, A. / Collin, G. H. / Connolly, A. / Conrad, J. M. / Coppin, P. / Correa, P. / Cowen, D. F. / Cross, R. / Dappen, C. / Dave, P. / De Clercq, C. / DeLaunay, J. J. / López, D. Delgado / Dembinski, H. / Deoskar, K. / Desai, A. / Desiati, P. / de Vries, K. D. / de Wasseige, G. / DeYoung, T. / Diaz, A. / Díaz-Vélez, J. C. / Dittmer, M. / Dujmovic, H. / Dunkman, M. / DuVernois, M. A. / Ehrhardt, T. / Eller, P. / Engel, R. / Erpenbeck, H. / Evans, J. / Evenson, P. A. / Fan, K. L. / Fazely, A. R. / Fedynitch, A. / Feigl, N. / Fiedlschuster, S. / Fienberg, A. T. / Finley, C. / Fischer, L. / Fox, D. / Franckowiak, A. / Friedman, E. / Fritz, A. / Fürst, P. / Gaisser, T. K. / Gallagher, J. / Ganster, E. / Garcia, A. / Garrappa, S. / Gerhardt, L. / Ghadimi, A. / Glaser, C. / Glauch, T. / Glüsenkamp, T. / Goehlke, N. / Goldschmidt, A. / Gonzalez, J. G. / Goswami, S. / Grant, D. / Grégoire, T. / Griswold, S. / Günther, C. / Gutjahr, P. / Haack, C. / Hallgren, A. / Halliday, R. / Halve, L. / Halzen, F. / Minh, M. Ha / Hanson, K. / Hardin, J. / Harnisch, A. A. / Haungs, A. / Helbing, K. / Henningsen, F. / Hettinger, E. C. / Hickford, S. / Hignight, J. / Hill, C. / Hill, G. C. / Hoffman, K. D. / Hoshina, K. / Hou, W. / Huang, F. / Huber, M. / Huber, T. / Hultqvist, K. / Hünnefeld, M. / Hussain, R. / Hymon, K. / In, S. / Iovine, N. / Ishihara, A. / Jansson, M. / Japaridze, G. S. / Jeong, M. / Jin, M. / Jones, B. J. P. / Kang, D. / Kang, W. / Kang, X. / Kappes, A. / Kappesser, D. / Kardum, L. / Karg, T. / Karl, M. / Karle, A. / Katz, U. / Kauer, M. / Kellermann, M. / Kelley, J. L. / Kheirandish, A. / Kin, K. / Kiryluk, J. / Klein, S. R. / Kochocki, A. / Koirala, R. / Kolanoski, H. / Kontrimas, T. / Köpke, L. / Kopper, C. / Kopper, S. / Koskinen, D. J. / Koundal, P. / Kovacevich, M. / Kowalski, M. / Kozynets, T. / Krupczak, E. / Kun, E. / Kurahashi, N. / Lad, N. / Gualda, C. Lagunas / Lanfranchi, J. L. / Larson, M. J. / Lauber, F. / Lazar, J. P. / Lee, J. W. / Leonard, K. / Leszczyńska, A. / Li, Y. / Lincetto, M. / Liu, Q. R. / Liubarska, M. / Lohfink, E. / Mariscal, C. J. Lozano / Lu, L. / Lucarelli, F. / Ludwig, A. / Luszczak, W. / Lyu, Y. / Ma, W. Y. / Madsen, J. / Mahn, K. B. M. / Makino, Y. / Mancina, S. / Mariş, I. C. / Martinez-Soler, I. / Maruyama, R. / McCarthy, S. / McElroy, T. / McNally, F. / Mead, J. V. / Meagher, K. / Mechbal, S. / Medina, A. / Meier, M. / Meighen-Berger, S. / Merckx, Y. / Micallef, J. / Mockler, D. / Montaruli, T. / Moore, R. W. / Morik, K. / Morse, R. / Moulai, M. / Mukherjee, T. / Naab, R. / Nagai, R. / Nahnhauer, R. / Naumann, U. / Necker, J. / Nguyen, L. V. / Niederhausen, H. / Nisa, M. U. / Nowicki, S. C. / Nygren, D. / Pollmann, A. Obertacke / Oehler, M. / Oeyen, B. / Olivas, A. / O'Sullivan, E. / Pandya, H. / Pankova, D. V. / Park, N. / Parker, G. K. / Paudel, E. N. / Paul, L. / Heros, C. Pérez de los / Peters, L. / Peterson, J. / Philippen, S. / Pieper, S. / Pizzuto, A. / Plum, M. / Popovych, Y. / Porcelli, A. / Rodriguez, M. Prado / Pries, B. / Przybylski, G. T. / Raab, C. / Rack-Helleis, J. / Raissi, A. / Rameez, M. / Rawlins, K. / Rea, I. C. / Rechav, Z. / Rehman, A. / Reichherzer, P. / Reimann, R. / Renzi, G. / Resconi, E. / Reusch, S. / Rhode, W. / Richman, M. / Riedel, B. / Roberts, E. J. / Robertson, S. / Roellinghoff, G. / Rongen, M. / Rott, C. / Ruhe, T. / Ryckbosch, D. / Cantu, D. Rysewyk / Safa, I. / Saffer, J. / Salazar-Gallegos, D. / Sampathkumar, P. / Herrera, S. E. Sanchez / Sandrock, A. / Santander, M. / Sarkar, S. / Satalecka, K. / Schaufel, M. / Schieler, H. / Schindler, S. / Schmidt, T. / Schneider, A. / Schneider, J. / Schröder, F. G. / Schumacher, L. / Schwefer, G. / Sclafani, S. / Seckel, D. / Seunarine, S. / Sharma, A. / Shefali, S. / Shimizu, N. / Silva, M. / Skrzypek, B. / Smithers, B. / Snihur, R. / Soedingrekso, J. / Sogaard, A. / Soldin, D. / Spannfellner, C. / Spiczak, G. M. / Spiering, C. / Stamatikos, M. / Stanev, T. / Stein, R. / Stettner, J. / Stezelberger, T. / Stokstad, B. / Stürwald, T. / Stuttard, T. / Sullivan, G. W. / Taboada, I. / Ter-Antonyan, S. / Thwaites, J. / Tilav, S. / Tischbein, F. / Tollefson, K. / Tönnis, C. / Toscano, S. / Tosi, D. / Trettin, A. / Tselengidou, M. / Tung, C. F. / Turcati, A. / Turcotte, R. / Turley, C. F. / Twagirayezu, J. P. / Ty, B. / Elorrieta, M. A. Unland / Valtonen-Mattila, N. / Vandenbroucke, J. / van Eijndhoven, N. / Vannerom, D. / van Santen, J. / Veitch-Michaelis, J. / Verpoest, S. / Walck, C. / Wang, W. / Watson, T. B. / Weaver, C. / Weigel, P. / Weindl, A. / Weiss, M. J. / Weldert, J. / Wendt, C. / Werthebach, J. / Weyrauch, M. / Whitehorn, N. / Wiebusch, C. H. / Willey, N. / Williams, D. R. / Wolf, M. / Wrede, G. / Wulff, J. / Xu, X. W. / Yanez, J. P. / Yildizci, E. / Yoshida, S. / Yu, S. / Yuan, T. / Zhang, Z. / Zhelnin, P.

2023

Abstract: The origin of high-energy cosmic rays, atomic nuclei that continuously impact Earth's atmosphere, has been a mystery for over a century. Due to deflection in interstellar magnetic fields, cosmic rays from the Milky Way arrive at Earth from random ... ...

Abstract	The origin of high-energy cosmic rays, atomic nuclei that continuously impact Earth's atmosphere, has been a mystery for over a century. Due to deflection in interstellar magnetic fields, cosmic rays from the Milky Way arrive at Earth from random directions. However, near their sources and during propagation, cosmic rays interact with matter and produce high-energy neutrinos. We search for neutrino emission using machine learning techniques applied to ten years of data from the IceCube Neutrino Observatory. We identify neutrino emission from the Galactic plane at the 4.5$\sigma$ level of significance, by comparing diffuse emission models to a background-only hypothesis. The signal is consistent with modeled diffuse emission from the Galactic plane, but could also arise from a population of unresolved point sources. Comment: Submitted on May 12th, 2022; Accepted on May 4th, 2023
Keywords	Astrophysics - High Energy Astrophysical Phenomena ; Astrophysics - Astrophysics of Galaxies ; Computer Science - Machine Learning
Subject code	520 ; 530
Publishing date	2023-07-10
Publishing country	us
Document type	Book ; Online
Database	BASE - Bielefeld Academic Search Engine (life sciences selection)

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