Publication | Closed Access
Products of idempotent linear transformations
37
Citations
8
References
1985
Year
Infinite Dimensional AnalysisSeparable Hilbert SpaceLinear OperatorRepresentation TheoryIdempotent Linear TransformationsBounded OperatorsTransformation SemigroupsUniversal AlgebraFunctional AnalysisArbitrary Vector Spaces
Synopsis In 1966, J. M. Howie characterised the transformations of an arbitrary set that can be written as a product (under composition) of idempotent transformations of the same set. In 1967, J. A. Erdos considered the analogous problem for linear transformations of a finite-dimensional vector space and in 1983, R. J. Dawlings investigated the corresponding idea for bounded operators on a separable Hilbert space. In this paper we study the case of arbitrary vector spaces.
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