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Abstract:
The angular momentum theory in the schwinger boson representation is developed to derive a new normal product expression for the commutator [eiaJx,eiβJy] by means of the integral technique within normal product, and the effect on the coherent state caused by two rotations which are in different seqences. Some new normal product expressions for exponential operators, such as eσJ-eλJ+ etc, are also derived and their applications in atomic coherent states are presented.
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References
[1]
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Rose, M. E., Elementary Theory of Angular Momentum, John Whey and Sons, Inc, (1957).[2] Fan Hongyi and Ruan Tunan, SCIENTIA SINICA, Series A, No. 4(1984), 393.[3] Schwinger, J., quantum Theory of Angular Momentum, Academic Press, (1965), 229.[4] Glauber, R. G., Phys. Rev., 131(1963), 2766.[5] Arecchi, F. T., et al, Phys. Rev., A6(1972), 2211.[6] Gupta, S. N., quantum Electrodynamics, Gondon and Breach Science Publishers, Inc.[7] Fan Hongyi and Ruan Tunan, Ke Xue Tong Bao, No. 14(1985), 1063. |
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[1] |
Yu Hong
, Shen Qixing
, Zhang Lin
. Angular Distribution of Process e+e-→τ+τ-,τ-→a1υτ,a1→ρπ and Characteristics of a1 Meson. Chinese Physics C,
1994, 18(7): 583-590. |
[2] |
BES Collaboration
. Experimental Study of Resonance f2(1270) in the J/ψ Hadronic Decay. Chinese Physics C,
1993, 17(2): 97-106. |
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