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Constructive Gelfand duality for non-unital commutative C*-algebras

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arxiv 1412.2009 v2 pith:E4ZP7DQS submitted 2014-12-05 math.CT math.OA

classification math.CTmath.OA
keywords constructivealgebrascommutativedualitygelfandalgebracompactextend
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We prove constructive versions of various usual results related to the Gelfand duality. Namely, that the constructive Gelfand duality extend to a duality between commutative nonunital C*-algebras and locally compact completely regular locales, that ideals of a commutative C*-algebras are in order preserving bijection with the open sublocales of its spectrum, and a purely constructive result saying that a commutative C*-algebra has a continuous norm if and only its spectrum is open. We also extend all these results to the case of localic C*-algebras. In order to do so we develop the notion of one point compactification of a locally compact regular locale and of unitarization of a C*-algebra in a constructive framework.

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  1. Free phases of Majorana fermions: Tenfold ways compared

    math-ph 2025-07 conditional novelty 6.0 of 10

    Neutral free fermion SPT phases protected by a real Z2-graded C*-algebra A are classified by the real K-theory group K_2(A^op), unifying charged and neutral tenfold-way classifications via Morita equivalence.

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