The Self-Energy of the Scalar Nucleon
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概要
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The self-energy of the scalar nucleon, with the omission of the effects of the closed loops, interacting with the neutral scalar meson(with vanishing rest mass)field for arbitrary strength of the coupling is computed by the Feynman's variational method extended to the path integrals. It is found that there is no lower limit of the energy eigenvalue even after the logarithmic divergence involved is cut off. However, there does exist a metastable state provided that μ', a measure of the coupling, is less than about 0.34.
- 理論物理学刊行会の論文
著者
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Mano Koichi
Department Of Physics California Institute Of Technology
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Mano Koichi
Department Of Nuclear Engineering Kyoto University : Air Force Cambridge Research Center Bedford
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MANO Koichi
Department of Physics, California Institute of Technology