Author :
Boshier, M.G. ; Dhawan, S. ; van Dyck, O. ; Egan, P. ; Fei, X. ; Perdekamp, M.G. ; Hughes, V.W. ; Janousch, M. ; Jungmann, K. ; Kawall, D. ; Liu, W. ; Mariam, F.G. ; Pillai, C. ; Prigl, R. ; Putlitz, G.zu. ; Reinhard, I. ; Schwarz, W. ; Thompson, P.A. ; W
Author_Institution :
Dept. of Phys., Yale Univ., New Haven, CT, USA
Abstract :
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.
Keywords :
Zeeman effect; ground states; hyperfine structure; magnetic resonance; microwave spectra; muonium; proton magnetic moment; quantum electrodynamics; radiative corrections; LAMPF facility; QED test; Zeeman transitions; fundamental constants determination; hyperfine structure interval; microwave magnetic resonance; muon magnetic moment; muon neutrino mass; muon/proton magnetic moment ratio; muonium ground state; parity nonconservation; precise microwave spectroscopy measurement; two lepton bound state; Gold; Laboratories; Magnetic field measurement; Magnetic moments; Mesons; Microwave measurements; Physics; Spectroscopy; Stationary state; Uncertainty;
