The representation and determinable structure of quantum properties

Orthodox quantum theory tells us that properties of quantum systems are represented by self-adjoint operators, and that two properties are incompatible just in case their respective operators do not commute. We present a puzzle for this orthodoxy, pinpointing the exact assumptions at play. Our solut...

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Veröffentlicht in:Synthese (Dordrecht) 2024-07, Vol.204 (2), p.44, Article 44
Hauptverfasser: Fletcher, Samuel C., Taylor, David E.
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description Orthodox quantum theory tells us that properties of quantum systems are represented by self-adjoint operators, and that two properties are incompatible just in case their respective operators do not commute. We present a puzzle for this orthodoxy, pinpointing the exact assumptions at play. Our solution to the puzzle specifically challenges the assumption that non-commuting operators represent incompatible properties. Instead, they represent incompatible levels of specification of determinates for a single determinable. This solution yields insight into the nature of so-called quantum indeterminacy and demonstrates a new and fruitful application of the determinable-determinate relation in quantum theory.
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subjects Discrete element method
Education
Epistemology
Logic
Mathematics
Metaphysics
Original Research
Philosophy
Philosophy of Language
Philosophy of Science
Quantum computing
Quantum theory
title The representation and determinable structure of quantum properties
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