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Deduction of the quantum unmbers of low-lying states of the (e+e+e-e-) system from symmetry consideration

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arxiv physics/9805008 v1 pith:CKPTBAQH submitted 1998-05-04 physics.atom-ph

C.G.Bao (Dept. of Physics , Zhongshan Univ. , Guangzhou) This is my paper · ORCID
classification physics.atom-ph
keywords e-e-beenconsiderationcoupledexcitedlow-lyingquantumstate
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The feature of the low-lying spectrum and a complete set of quantum numbers of the (e+e+e-e-) system have been deduced based on symmetry consideration. The existence of a low odd-parity L=1 excited state with the spins of the two electrons coupled to s1=1 and the two positrons coupled to s2=0 (or s1=0 and s2=1) and a low even-parity L=0 excited state with s1=s2=1 have been predicted. The discussion is generalized to 2-dimensional (e+e+e-e-) systems.

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    hep-ph 2025-01 conditional novelty 5.0 of 10

    S-wave calculations predict bound and resonant states in trilepton and tetralepton systems made of electrons and muons, including the first muon-containing tetralepton resonances.

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