Effect algebras, presheaves, non-locality and contextuality

Non-locality and contextuality are among the most counterintuitive aspects of quantum theory. They are difficult to study using classical logic and probability theory. In this paper we start with an effect algebraic approach to the study of non-locality and contextuality. We will see how different s...

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Main Authors: Staton, S, Uijlen, S
Format: Conference item
Published: Springer 2015
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author Staton, S
Uijlen, S
author_facet Staton, S
Uijlen, S
author_sort Staton, S
collection OXFORD
description Non-locality and contextuality are among the most counterintuitive aspects of quantum theory. They are difficult to study using classical logic and probability theory. In this paper we start with an effect algebraic approach to the study of non-locality and contextuality. We will see how different slices over the category of set valued functors on the natural numbers induce different settings in which non-locality and contextuality can be studied. This includes the Bell, Hardy and Kochen-Specker-type paradoxes. We link this to earlier sheaf theoretic approaches by defining a fully faithful embedding of the category of effect algebras in this presheaf category over the natural numbers.
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spelling oxford-uuid:ef2e06a6-b041-4988-8c79-daafbd5ad5102022-03-27T11:38:26ZEffect algebras, presheaves, non-locality and contextualityConference itemhttp://purl.org/coar/resource_type/c_c94fuuid:ef2e06a6-b041-4988-8c79-daafbd5ad510Symplectic Elements at OxfordSpringer2015Staton, SUijlen, SNon-locality and contextuality are among the most counterintuitive aspects of quantum theory. They are difficult to study using classical logic and probability theory. In this paper we start with an effect algebraic approach to the study of non-locality and contextuality. We will see how different slices over the category of set valued functors on the natural numbers induce different settings in which non-locality and contextuality can be studied. This includes the Bell, Hardy and Kochen-Specker-type paradoxes. We link this to earlier sheaf theoretic approaches by defining a fully faithful embedding of the category of effect algebras in this presheaf category over the natural numbers.
spellingShingle Staton, S
Uijlen, S
Effect algebras, presheaves, non-locality and contextuality
title Effect algebras, presheaves, non-locality and contextuality
title_full Effect algebras, presheaves, non-locality and contextuality
title_fullStr Effect algebras, presheaves, non-locality and contextuality
title_full_unstemmed Effect algebras, presheaves, non-locality and contextuality
title_short Effect algebras, presheaves, non-locality and contextuality
title_sort effect algebras presheaves non locality and contextuality
work_keys_str_mv AT statons effectalgebraspresheavesnonlocalityandcontextuality
AT uijlens effectalgebraspresheavesnonlocalityandcontextuality