1984
DOI: 10.1017/s1446788700024708
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The von Neumann kernel of a locally compact group

Abstract: For a locally compact group G, the von Neumann kernel, n(G), is the intersection of the kernels of the finite dimensional (continuous) unitary representations of G. In this paper we calculate n(G) explicitly for a general connected locally compact group and for certain classes of non-connected groups.

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Cited by 3 publications
(2 citation statements)
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“…Let G be a topological group; the intersection «(G) of the kernels of the finite-dimensional continuous unitary representations of G is the von Neumann kernel of G; this closed normal subgroup of G can be completely characterized when G is locally compact and connected (see [13], [14]). G is said to be minimally almost periodic (m.a.p.)…”
Section: Introductionmentioning
confidence: 99%
“…Let G be a topological group; the intersection «(G) of the kernels of the finite-dimensional continuous unitary representations of G is the von Neumann kernel of G; this closed normal subgroup of G can be completely characterized when G is locally compact and connected (see [13], [14]). G is said to be minimally almost periodic (m.a.p.)…”
Section: Introductionmentioning
confidence: 99%
“…404 ключевого в [54] векторного подпространства V f векторной части абелевой группы R/[R, R], где R -радикал рассматриваемой группы как подпространства, образованного элементами с конечными орбитами). Позже ошибка была повторена и развита в [55], где результат статьи [54] был "распространен" на случай связных локально компактных групп с использованием тех же инструментов, но с устраненной опечаткой и, тем самым, с верной формулировкой для связных локально компактных групп (и с той же ошибкой в доказательстве).…”
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