Computational techniques for the analysis of small signals in high-statistics neutrino oscillation experiments

Author:

Aartsen M.G.,Ackermann M.,Adams J.,Aguilar J.A.,Ahlers M.,Ahrens M.,Alispach C.,Andeen K.,Anderson T.,Ansseau I.,Anton G.,Argüelles C.,Arlen T.C.,Auffenberg J.,Axani S.,Backes P.,Bagherpour H.,Bai X.,A.V. Balagopal,Barbano A.,Barwick S.W.,Bastian B.,Baum V.,Baur S.,Bay R.,Beatty J.J.,Becker K.-H.,Becker Tjus J.,BenZvi S.,Berley D.,Bernardini E.,Besson D.Z.,Binder G.,Bindig D.,Blaufuss E.,Blot S.,Bohm C.,Börner M.,Böser S.,Botner O.,Böttcher J.,Bourbeau E.,Bourbeau J.,Bradascio F.,Braun J.,Bron S.,Brostean-Kaiser J.,Burgman A.,Buscher J.,Busse R.S.,Carver T.,Chen C.,Cheung E.,Chirkin D.,Choi S.,Clark K.,Classen L.,Coleman A.,Collin G.H.,Conrad J.M.,Coppin P.,Correa P.,Cowen D.F.,Cross R.,Dave P.,De Clercq C.,DeLaunay J.J.,Dembinski H.,Deoskar K.,De Ridder S.,Desiati P.,de Vries K.D.,de Wasseige G.,de With M.,DeYoung T.,Diaz A.,Dáz-Vélez J.C.,Dujmovic H.,Dunkman M.,Dvorak E.,Eberhardt B.,Ehrhardt T.,Eller P.,Engel R.,Evans J.J.,Evenson P.A.,Fahey S.,Fazely A.R.,Felde J.,Filimonov K.,Finley C.,Fox D.,Franckowiak A.,Friedman E.,Fritz A.,Gaisser T.K.,Gallagher J.,Ganster E.,Garrappa S.,Gerhardt L.,Ghorbani K.,Glauch T.,Glüsenkamp T.,Goldschmidt A.,Gonzalez J.G.,Grant D.,Griffith Z.,Griswold S.,Günder M.,Gündüz M.,Haack C.,Hallgren A.,Halliday R.,Halve L.,Halzen F.,Hanson K.,Haungs A.,Hebecker D.,Heereman D.,Heix P.,Helbing K.,Hellauer R.,Henningsen F.,Hickford S.,Hignight J.,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.,Japaridze G.S.,Jeong M.,Jero K.,Jones B.J.P.,Jonske F.,Joppe R.,Kang D.,Kang W.,Kappes A.,Kappesser D.,Karg T.,Karl M.,Karle A.,Katori T.,Katz U.,Kauer M.,Kelley J.L.,Kheirandish A.,Kim J.,Kintscher T.,Kiryluk J.,Kittler T.,Klein S.R.,Koirala R.,Kolanoski H.,Köpke L.,Kopper C.,Kopper S.,Koskinen D.J.,Kowalski M.,Krings K.,Krückl G.,Kulacz N.,Kurahashi N.,Kyriacou A.,Lanfranchi J.L.,Larson M.J.,Lauber F.,Lazar J.P.,Leonard K.,Leszczyńska A.,Leuermann M.,Liu Q.R.,Lohfink E.,Lozano Mariscal C.J.,Lu L.,Lucarelli F.,Lünemann J.,Luszczak W.,Lyu Y.,Ma W.Y.,Madsen J.,Maggi G.,Mahn K.B.M.,Makino Y.,Mallik P.,Mallot K.,Mancina S.,Mandalia S.,Mariş I.C.,Maruyama R.,Mase K.,Maunu R.,McNally F.,Meagher K.,Medici M.,Medina A.,Meier M.,Meighen-Berger S.,Menne T.,Merino G.,Meures T.,Micallef J.,Mockler D.,Momenté G.,Montaruli T.,Moore R.W.,Morse R.,Moulai M.,Muth P.,Nagai R.,Naumann U.,Neer G.,Niederhausen H.,Nisa M.U.,Nowicki S.C.,Nygren D.R.,Obertacke Pollmann A.,Oehler M.,Olivas A.,O’Murchadha A.,O’Sullivan E.,Palczewski T.,Pandya H.,Pankova D.V.,Park N.,Peiffer P.,Pérez de los Heros C.,Philippen S.,Pieloth D.,Pinat E.,Pizzuto A.,Plum M.,Porcelli A.,Price P.B.,Przybylski G.T.,Raab C.,Raissi A.,Rameez M.,Rauch L.,Rawlins K.,Rea I.C.,Reimann R.,Relethford B.,Renschler M.,Renzi G.,Resconi E.,Rhode W.,Richman M.,Robertson S.,Rongen M.,Rott C.,Ruhe T.,Ryckbosch D.,Rysewyk D.,Safa I.,Sanchez Herrera S.E.,Sandrock A.,Sandroos J.,Santander M.,Sarkar S.,Sarkar S.,Satalecka K.,Schaufel M.,Schieler H.,Schlunder P.,Schmidt T.,Schneider A.,Schneider J.,Schröder F.G.,Schulte L.,Schumacher L.,Sclafani S.,Seckel D.,Seunarine S.,Shefali S.,Silva M.,Snihur R.,Soedingrekso J.,Soldin D.,Söldner-Rembold S.,Song M.,Spiczak G.M.,Spiering C.,Stachurska J.,Stamatikos M.,Stanev T.,Stein R.,Steinmüller P.,Stettner J.,Steuer A.,Stezelberger T.,Stokstad R.G.,Stößl A.,Strotjohann N.L.,Stürwald T.,Stuttard T.,Sullivan G.W.,Taboada I.,Tenholt F.,Ter-Antonyan S.,Terliuk A.,Tilav S.,Tollefson K.,Tomankova L.,Tönnis C.,Toscano S.,Tosi D.,Trettin A.,Tselengidou M.,Tung C.F.,Turcati A.,Turcotte R.,Turley C.F.,Ty B.,Unger E.,Unland Elorrieta M.A.,Usner M.,Vandenbroucke J.,Van Driessche W.,van Eijk D.,van Eijndhoven N.,van Santen J.,Verpoest S.,Vraeghe M.,Walck C.,Wallace A.,Wallraff M.,Wandkowsky N.,Watson T.B.,Weaver C.,Weindl A.,Weiss M.J.,Weldert J.,Wendt C.,Werthebach J.,Whelan B.J.,Whitehorn N.,Wiebe K.,Wiebusch C.H.,Wille L.,Williams D.R.,Wills L.,Wolf M.,Wood J.,Wood T.R.,Woschnagg K.,Wrede G.,Wren S.,Xu D.L.,Xu X.W.,Xu Y.,Yanez J.P.,Yodh G.,Yoshida S.,Yuan T.,Zöcklein M.

Funder

USA – U.S. National Science Foundation

U.S. National Science Foundation

Wisconsin Alumni Research Foundation

University of Wisconsin-Madison

Open Science Grid

Extreme Science and Engineering Discovery Environment

U.S. Department of Energy-National Energy Research Scientific Computing Center

University of Maryland

Michigan State University

Marquette University

Belgium – Funds for Scientific Research

FWO Odysseus and Big Science programmes

Belgian Federal Science Policy Office

Germany – Bundesministerium für Bildung und Forschung

Deutsche Forschungsgemeinschaft

Helmholtz Alliance for Astroparticle Physics

Initiative and Networking Fund of the Helmholtz Association

Deutsches Elektronen Synchrotron

High Performance Computing cluster of the RWTH Aachen

Sweden – Swedish Research Council

Swedish Polar Research Secretariat

Swedish National Infrastructure for Computing

Knut and Alice Wallenberg Foundation

Australia – Australian Research Council

Canada – Natural Sciences and Engineering Research Council of Canada

Calcul Québec

Compute Ontario

Canada Foundation for Innovation

WestGrid

Compute Canada

Denmark – Villum Fonden

Danish National Research Foundation

Carlsberg Foundation

New Zealand – Marsden Fund

Japan – Japan Society for Promotion of Science

Chiba University

Korea – National Research Foundation of Korea

Switzerland – Swiss National Science Foundation

United Kingdom – Department of Physics, University of Oxford

Publisher

Elsevier BV

Subject

Instrumentation,Nuclear and High Energy Physics

Reference46 articles.

1. The icecube upgrade - design and science goals;Ishihara,2019

2. PINGU: a vision for neutrino and particle physics at the South Pole;Aartsen;J. Phys. G,2017

3. Letter of intent: the precision icecube next generation upgrade (PINGU), (2017);Aartsen,2017

4. Letter of intent for KM3NeT 2.0;Adrian-Martinez;J. Phys. G,2016

5. A unified perspective on modified Poisson likelihoods for limited Monte Carlo data;Glüsenkamp;JINST,2020

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