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A constructive proof of the Peter-Weyl theorem

机译:Peter-Weyl定理的建设性证明

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We present a new and constructive proof of the Peter-Weyl theorem on the representations of compact groups. We use the Gelfand representation theorem for commutative C*-algebras to give a proof which may be seen as a direct generalization of Burnside's algorithm [3]. This algorithm computes the characters of a finite group. We use this proof as a basis for a constructive proof in the style of Bishop. In fact, the present theory of compact groups may be seen as a natural continuation in the line of Bishop's work on locally compact, but Abelian, groups [2].
机译:我们提出了关于紧致群表示的Peter-Weyl定理的新的建设性证明。我们将Gelfand表示定理用于可交换C *代数,以给出证明,可以将其视为Burnside算法的直接推广[3]。该算法计算有限组的字符。我们使用该证明作为Bishop风格的建设性证明的基础。实际上,当前的紧凑群理论可以看作是Bishop关于局部紧凑群(但为Abelian群)的工作的自然延续[2]。

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