The Measurement of the Anomalous Magnetic Moment of the Muon at Fermilab a) I B Logashenko , J M Grange , P Winter , Robert M Carey , E Hazen , N Kinnaird , J P Miller , Justin L Mott , B L Roberts , J Crnkovic , W M Morse , H Kamal Sayed , V Tishchenko , V P Druzhinin , Yu M Shatunov , R Bjorkquist , A Chapelain , N Eggert , A Frankenthal , L Gibbons , Seongtae Kim , Alexander A Mikhailichenko , Y Orlov , N Rider , David T Rubin , D A Sweigart , D Allspach , E Barzi , B C K Casey , M E Convery , B Drendel , H Freidsam , C Johnstone , John A Johnstone , B Kiburg , I Kourbanis , A L Lyon , K W Merritt , John P Morgan , Harold Nguyen , J F Ostiguy , A Para , C C Polly , M Popovic , E Ramberg , M Rominsky , A Soha , David W Still , Todd L Walton , C Yoshikawa , K Jungmann , C J G Onderwater , P T Debevec , S Leo , K Pitts , C Schlesier , A Anastasi , D Babusci , G Corradi , D Hampai , A Palladino , G Venanzoni , S B Dabagov , Christian Ferrari , Andrea Fioretti , C Gabbanini , R Di Stefano , S Marignetti , M Iacovacci , Stefano Mastroianni , G Di Sciascio , D Moricciani , G Cantatore , M Karuza , K L Giovanetti , V T Baranov , V N Duginov , N V Khomutov , V Krylov , N A Kuchinskiy , V P Volnykh , M Gaisser , S Haciomeroglu , Yongkweon Kim , Sanghan Lee , Moongyu Lee , Y K Semertzidis , E Won , R Fatemi , W Gohn , T P Gorringe , T J V Bowcock , J T Carroll , Barry King , S J Maxfield , A J S Smith , T Teubner , Maryann Z Whitley , Mark R Wormald , A Wolski , S Alkilani , Rebecca Thalatta Chislett , M Lancaster , E Motuk , T Stuttard , Martin J Warren , D Flay , D Kawall , Z Meadows , M J Syphers , D Tarazona , T E Chupp , A Tewlseybooth , B Quinn , M Eads , Amy Van Epps , G Luo , Mark Mcevoy , N Pohlman , M Shenk , A De Gouvea , L Weltyrieger , H Schellman , B Abi , F Azfar , S L Henry , F Gray , Changjun Fu , Xiaoyun Ji , L Li , Hankwang Yang , Dominik Stockinger , D Cauz , G Pauletta , L Santi , S Baessler , E Frlez , D Pocanic , L P Alonzi , M Fertl , A T Fienberg , N Froemming , A Garcia , David W Hertzog , P Kammel , J Kaspar , R Osofsky , M B Smith , E L Swanson , K W Lynch JOURNAL OF PHYSICAL AND CHEMICAL REFERENCE DATA（2015）
摘要
The anomalous magnetic moment of the muon is one of the most precisely measured quantities in experimental particle physics. Its latest measurement at Brookhaven National Laboratory deviates from the Standard Model expectation by approximately 3.5 standard deviations. The goal of the new experiment, E989, now under construction at Fermilab, is a fourfold improvement in precision. Here, we discuss the details of the future measurement and its current status. (C) 2015 AIP Publishing LLC.
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关键词
anomalous magnetic moment, standard model
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