Elastic ether theory of elementary particles,pt.1

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  • Elastic ether theory of elementary particles , pt.1

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>A unified model of elemertary particles based on a renewed idea of "ether" is proposed. A general classical theory of the relativistic elastic continuum was develcped. From the result of the general theory, a hypothetical relativistic elastic medium ether was 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 its elastic selfirteraction. If the ether is elastically isotropic, then it has a conserving quantity called "the Lagrange spin" which has a property very similar to the iso- spin. It is not conserved if the elastic property of the ether is anisotropic. In this model the elementary particles are viewed as the excited states of the ether, and then strong, electromagnetic, and weak interactions are ascribed to the isotropic, cylindrically symmetric, and anisotropic elastic selfinteraction of the ether, respectively. (auth)

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