A precise microwave spectroscopy measurement of the muonium ground state: hyperfine structure interval and muon magnetic moment

M G Boshier,S Dhawan, O Van Dyck, P O Egan,Xin Fei,M G Perdekamp,V W Hughes,M Janousch,K Jungmann,D Kawall, Weifang Liu, F G Mariam,C Pillai,R Prigl,G Zu Putlitz,I Reinhard,W H E Schwarz,Peter Thompson,K A Woodle

Washington, DC, USA（1998）

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摘要

Data-taking has been completed on a new high precision experiment at the Los Alamos Meson Physics Facility (LAMPF) to determine the muonium (/spl mu//sup +/e/sup -/) ground state hyperfine structure interval /spl Delta//spl nu/ (to /spl sim/10 ppb) and the muon to proton magnetic moment ratio /spl mu//sub /spl mu////spl mu//sub p/ (to /spl sim/90 ppb), each corresponding to about a fourfold improvement compared to present knowledge.

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关键词

fundamental constants determination,qed test,muon probes,muon magnetic moment,muon to proton magnetic moment ratio,atomic moments,two lepton bound state,zeeman effect,muon neutrino mass,microwave magnetic resonance,muonium,muonium ground state,precision goals,ground states,proton magnetic moment,lampf,muon/proton magnetic moment ratio,radiative corrections,microwave induced zeeman transitions,precise microwave spectroscopy measurement,hyperfine structure,quantum electrodynamics,magnetic resonance,static magnetic field,microwave spectroscopy measurement,microwave spectra,los alamos meson physics facility,hyperfine structure interval,lampf facility,parity nonconservation,zeeman transitions,spectroscopy,uncertainty,gold,physics,ground state,magnetic moment,magnetic moments,mesons,stationary state,magnetic resonance imaging

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