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Spacetime as the Manifold of the Internal Symmetry Orbits in the External Symmetries

机译:时空作为内部对称轨道的流形   外部对称性

摘要

Interactions and particles in the standard model are characterized by theaction of internal and external symmetry groups. The four symmetry regimesinvolved are related to each other in the context of induced grouprepresentations. In addition to Wigner's induced representations of externalPoincar\'e group operations, parametrized by energy-momenta, and the inducedinternal hyperisospin representations, parametrized by the standard model Higgsfield, the external operations, including the Lorentz group, can be consideredto be induced also by representations of the internal hypercharge-isospingroup. In such an interpretation nonlinear spacetime is parametrized by theorbits of the internal action group in the external action group.
机译:标准模型中的相互作用和粒子的特征是内部和外部对称基团的相互作用。在诱导的群体表征的背景下,所涉及的四个对称机制彼此相关。除了维格纳通过能量动量参数化的外部庞加莱群操作的诱导表示和通过标准模型希格斯菲尔德参数化的诱导内部超异旋体表示之外,包括洛伦兹群在内的外部操作也可以被认为是诱导内部高电荷-异旋体基团。在这种解释中,非线性时空由外部作用群中内部作用群的定律来参数化。

著录项

  • 作者

    Saller, Heinrich;

  • 作者单位
  • 年度 2001
  • 总页数
  • 原文格式 PDF
  • 正文语种 {"code":"en","name":"English","id":9}
  • 中图分类
  • 入库时间 2022-08-20 21:09:05

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