QBism

E443151

QBism is an interpretation of quantum mechanics that treats the wavefunction as an expression of an individual agent’s personal probabilities for measurement outcomes rather than an objective physical state.

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Statements (47)

Predicate Object
instanceOf Bayesian interpretation of quantum mechanics
interpretation of quantum mechanics
philosophy of physics position
abbreviationOf Quantum Bayesianism NERFINISHED
addresses quantum measurement problem
quantum nonlocality
arguesThat quantum probabilities do not require underlying hidden variables
quantum states are not properties of systems
associatedWith Carlton M. Caves NERFINISHED
Christopher A. Fuchs NERFINISHED
Rüdiger Schack NERFINISHED
claims measurement outcomes are personal experiences of the agent
quantum probabilities are personal degrees of belief
quantum theory is a user’s manual for agents
contrastsWith Bohmian mechanics NERFINISHED
Copenhagen interpretation NERFINISHED
many-worlds interpretation
objective collapse theories
deniesWavefunctionAs objective physical state
developedFrom Quantum Bayesian approach NERFINISHED
discussedIn Foundations of Physics NERFINISHED
Reviews of Modern Physics NERFINISHED
emphasizes role of the agent in quantum theory
subjective probabilities
field philosophy of science
quantum foundations
fullName Quantum Bayesianism NERFINISHED
holdsThat different agents may assign different quantum states to the same system
no quantum state is objectively correct
influencedBy Bayesian epistemology
Bruno de Finetti’s personalist probability
interpretsBornRuleAs normative rule for updating personal probabilities
locatesUncertaintyIn agent’s expectations rather than physical indeterminacy of a wavefunction
proposes reconstruction of quantum theory from normative constraints on probabilities
rejects hidden-variable realism
many-worlds ontology
objective collapse of the wavefunction
relatedTo information-theoretic reconstructions of quantum mechanics
timePeriod early 21st century
late 20th century
treatsMeasurementAs action taken by an agent on a quantum system
treatsOutcomeAs experience registered by the agent
treatsWavefunctionAs expression of an agent’s personal probabilities
uses Bayesian probability theory
personalist Bayesianism
viewsQuantumStateAs state of belief of an agent
viewsQuantumTheoryAs single-user theory

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