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Conservation Laws of Physics in Dirac Vacuum and β-Decay of Nuclei 被引量:1

Conservation Laws of Physics in Dirac Vacuum and β-Decay of Nuclei
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摘要 The laws of conservation of energy, linear momentum. and angular momentum of a system form a closed unit according to Noether's theorem. A generalization of these laws (including spin) for elementary par- ticles taking into account the states of negative energies of the Dirac vacuum is given. A new interpretation of the β-decay of nuclei without neutrinos. using interactions with Dirac's anti-world is discussed, which ex- plains all characteristics of the β-continuum. A quantum-electrodynamic theory of β-decay is presented in which Fermi's constant g of weak interactions is determined from first principles (without neutrinos). The lat- ter is an expression of e, h, c, m, M, and R, i.e., g is not an independent constant of physics nor is it necessa- ry to measure it. The laws of conservation of energy, linear momentum. and angular momentum of a system form a closed unit according to Noether's theorem. A generalization of these laws (including spin) for elementary par- ticles taking into account the states of negative energies of the Dirac vacuum is given. A new interpretation of the β-decay of nuclei without neutrinos. using interactions with Dirac's anti-world is discussed, which ex- plains all characteristics of the β-continuum. A quantum-electrodynamic theory of β-decay is presented in which Fermi's constant g of weak interactions is determined from first principles (without neutrinos). The lat- ter is an expression of e, h, c, m, M, and R, i.e., g is not an independent constant of physics nor is it necessa- ry to measure it.
出处 《Journal of Systems Engineering and Electronics》 SCIE EI CSCD 1995年第4期45-58,共14页 系统工程与电子技术(英文版)
关键词 Conservation laws Elementary particles β-Decay EM interactions Fermi interaction Coupling constants Dirac vacuum Anti-world. Conservation laws, Elementary particles, β-Decay, EM interactions, Fermi interaction, Coupling constants, Dirac vacuum, Anti-world.
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