Naimark problem

E924211

The Naimark problem is a question in operator algebra theory concerning whether every C*-algebra with certain representation properties must be of a particularly well-behaved (type I) form.

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Statements (32)

Predicate Object
instanceOf mathematical problem
open problem in operator algebras
appliesTo C*-algebras with specified representation properties
asksWhether a C*-algebra whose irreducible representations are all of type I must itself be type I
every C*-algebra with only type I irreducible representations is type I
concerns C*-algebras
representations of C*-algebras
context noncommutative topology
structure theory of C*-algebras
field C*-algebra theory
functional analysis
operator algebra theory
hasImplicationFor classification of C*-algebras up to *-isomorphism
understanding of primitive ideal spaces of C*-algebras
hasNegativeAnswer there exists a C*-algebra all of whose irreducible representations are type I but which is not type I under certain set-theoretic assumptions
hasNegativeAnswerUnderAssumption continuum hypothesis
diamond principle NERFINISHED
hasSolutionUnderAssumption continuum hypothesis
diamond principle
involvesProperty C*-algebra being type I
all irreducible representations are of type I
isIndependentOf Zermelo–Fraenkel set theory with the axiom of choice
isQuestionAbout relationship between representation type and structural type of C*-algebras
motivation classification of C*-algebras by representation type
namedAfter Mark Naimark NERFINISHED
relatedConcept irreducible representation
primitive ideal space
representation theory of C*-algebras
type I C*-algebra
relatedTo nonseparable C*-algebras
set-theoretic methods in operator algebras
status independence result from ZFC

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Mark Naimark hasTheoremNamedAfter Naimark problem