Measurement of the Positive Muon Anomalous Magnetic Moment to 0.46 ppm-Reference-Cited by-同舟云学术

Measurement of the Positive Muon Anomalous Magnetic Moment to 0.46 ppm

Published:2021-04-07 Issue:14 Volume:126 Page:
ISSN:0031-9007
Container-title:Physical Review Letters
language:en
Short-container-title:Phys. Rev. Lett.

Author:

Abi B.,Albahri T.,Al-Kilani S.,Allspach D.,Alonzi L. P.,Anastasi A.,Anisenkov A.,Azfar F.,Badgley K.,Baeßler S.,Bailey I.,Baranov V. A.,Barlas-Yucel E.,Barrett T.,Barzi E.,Basti A.,Bedeschi F.,Behnke A.,Berz M.,Bhattacharya M.,Binney H. P.,Bjorkquist R.,Bloom P.,Bono J.,Bottalico E.,Bowcock T.,Boyden D.,Cantatore G.,Carey R. M.,Carroll J.,Casey B. C. K.,Cauz D.,Ceravolo S.,Chakraborty R.,Chang S. P.,Chapelain A.,Chappa S.,Charity S.,Chislett R.,Choi J.,Chu Z.,Chupp T. E.,Convery M. E.,Conway A.,Corradi G.,Corrodi S.,Cotrozzi L.,Crnkovic J. D.,Dabagov S.,De Lurgio P. M.,Debevec P. T.,Di Falco S.,Di Meo P.,Di Sciascio G.,Di Stefano R.,Drendel B.,Driutti A.,Duginov V. N.,Eads M.,Eggert N.,Epps A.,Esquivel J.,Farooq M.,Fatemi R.,Ferrari C.,Fertl M.,Fiedler A.,Fienberg A. T.,Fioretti A.,Flay D.,Foster S. B.,Friedsam H.,Frlež E.,Froemming N. S.,Fry J.,Fu C.,Gabbanini C.,Galati M. D.,Ganguly S.,Garcia A.,Gastler D. E.,George J.,Gibbons L. K.,Gioiosa A.,Giovanetti K. L.,Girotti P.,Gohn W.,Gorringe T.,Grange J.,Grant S.,Gray F.,Haciomeroglu S.,Hahn D.,Halewood-Leagas T.,Hampai D.,Han F.,Hazen E.,Hempstead J.,Henry S.,Herrod A. T.,Hertzog D. W.^ORCID,Hesketh G.,Hibbert A.,Hodge Z.,Holzbauer J. L.,Hong K. W.,Hong R.,Iacovacci M.,Incagli M.,Johnstone C.,Johnstone J. A.,Kammel P.,Kargiantoulakis M.,Karuza M.,Kaspar J.,Kawall D.,Kelton L.,Keshavarzi A.,Kessler D.,Khaw K. S.,Khechadoorian Z.,Khomutov N. V.,Kiburg B.,Kiburg M.,Kim O.,Kim S. C.,Kim Y. I.,King B.,Kinnaird N.,Korostelev M.,Kourbanis I.,Kraegeloh E.,Krylov V. A.,Kuchibhotla A.,Kuchinskiy N. A.,Labe K. R.,LaBounty J.,Lancaster M.,Lee M. J.,Lee S.,Leo S.,Li B.,Li D.,Li L.,Logashenko I.,Lorente Campos A.,Lucà A.,Lukicov G.,Luo G.,Lusiani A.,Lyon A. L.,MacCoy B.,Madrak R.,Makino K.,Marignetti F.,Mastroianni S.,Maxfield S.,McEvoy M.,Merritt W.,Mikhailichenko A. A.,Miller J. P.,Miozzi S.,Morgan J. P.,Morse W. M.,Mott J.,Motuk E.,Nath A.,Newton D.,Nguyen H.,Oberling M.,Osofsky R.,Ostiguy J.-F.,Park S.,Pauletta G.,Piacentino G. M.,Pilato R. N.,Pitts K. T.,Plaster B.,Počanić D.,Pohlman N.,Polly C. C.,Popovic M.,Price J.,Quinn B.,Raha N.,Ramachandran S.,Ramberg E.,Rider N. T.,Ritchie J. L.,Roberts B. L.,Rubin D. L.,Santi L.,Sathyan D.,Schellman H.,Schlesier C.,Schreckenberger A.,Semertzidis Y. K.,Shatunov Y. M.,Shemyakin D.,Shenk M.,Sim D.,Smith M. W.,Smith A.,Soha A. K.,Sorbara M.,Stöckinger D.,Stapleton J.,Still D.,Stoughton C.,Stratakis D.,Strohman C.,Stuttard T.,Swanson H. E.,Sweetmore G.,Sweigart D. A.,Syphers M. J.,Tarazona D. A.,Teubner T.,Tewsley-Booth A. E.,Thomson K.,Tishchenko V.,Tran N. H.,Turner W.,Valetov E.,Vasilkova D.,Venanzoni G.,Volnykh V. P.,Walton T.,Warren M.,Weisskopf A.,Welty-Rieger L.,Whitley M.,Winter P.,Wolski A.,Wormald M.,Wu W.,Yoshikawa C.,

Funder

High Energy Physics

Fermilab

National Science Foundation

Istituto Nazionale di Fisica Nucleare Sezione di Padova

Science and Technology Facilities Council

Royal Society

H2020 Marie Skłodowska-Curie Actions

National Natural Science Foundation of China

Ministry of Science, ICT and Future Planning

National Research Foundation of Korea

Exzellenzcluster Ozean der Zukunft