Representations of \(^\ast\)-algebras by unbounded operators: C\(^\ast\)-hulls, local-global principle, and induction (Q683765)
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scientific article; zbMATH DE number 6836584
| Language | Label | Description | Also known as |
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| English | Representations of \(^\ast\)-algebras by unbounded operators: C\(^\ast\)-hulls, local-global principle, and induction |
scientific article; zbMATH DE number 6836584 |
Statements
Representations of \(^\ast\)-algebras by unbounded operators: C\(^\ast\)-hulls, local-global principle, and induction (English)
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9 February 2018
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Summary: We define a C\(^\ast\)-hull for a \(^\ast\)-algebra, given a notion of integrability for its representations on Hilbert modules. We establish a local-global principle which, in many cases, characterises integrable representations on Hilbert modules through the integrable representations on Hilbert spaces. The induction theorem constructs a C\(^\ast\)-hull for a certain class of integrable representations of a graded \(^\ast\)-algebra, given a C\(^\ast\)-hull for its unit fibre.
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unbounded operator
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regular Hilbert module operator
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integrable representation
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induction of representations
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graded \(^\ast\)-algebra
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Fell bundle
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C\(^\ast\)-algebra generated by unbounded operators
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C\(^\ast\)-envelope
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C\(^\ast\)-hull
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host algebra
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Weyl algebra
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canonical commutation relations
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local-global principle
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Rieffel deformation
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