Elastic Ether Theory of Elementary Particles. I : Classical Theory

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概要

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• A unified model of elementary particles based upon a renewed idea of "ether" is proposed. In this paper a general classical theory of the relativistic elastic continuum is developed. From the result of the general theory a hypothetical relativistic elastic medium "ether" is introduced. It is an unusual elastic medium which has no mass and no energy in the undeformed state but has mass and energy in the deformed states which are due entirely to the elastic self-interaction of it. It is shown that if the ether is elastically isotropic then it has a conserving quantity called "the Lagrange spin" which has very similar property as that of the iso-spin. It is not conserved if the elastic property of the ether is anisotropic. In our model the elementary particles are viewed as the excited states of the ether and the strong, the electro-magnetic and the weak interactions of them are ascribed to the isotropic, cylindrically symmetric and anisotropic elastic self-interaction of the ether, respectively.

• 理論物理学刊行会の論文
• 1960-10-25

著者

• Fukutome Hideo

  Research Institute For Fundamental Physics Kyoto University

関連論文

• On the Representation of the Canonical Commutation Relation of Bose Fields
• On The Electronic State of Macromolecules. I : A General Theory of Electron Correlation
• Elastic Ether Theory of Elementary Particles. I : Classical Theory

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