Copenhagen interpretation

GPTKB entity

Statements (61)
Predicate Object
gptkbp:instanceOf gptkb:physicist
gptkbp:addresses measurement problem
gptkbp:competesWith many-worlds interpretation
gptkbp:designedBy wave function collapse
gptkbp:developedBy gptkb:Werner_Heisenberg
Niels Bohr
gptkbp:emphasizes complementarity
gptkbp:hasInfluenceOn gptkb:quantum_cryptography
gptkb:quantum_computing
gptkbp:hasTheme further interpretations of quantum mechanics
https://www.w3.org/2000/01/rdf-schema#label Copenhagen interpretation
gptkbp:is_studied_in quantum_experiments
gptkbp:isAssociatedWith the observer effect
quantum_superposition
Niels_Bohr's_principle_of_complementarity
gptkbp:isConsidered one of the oldest interpretations of quantum mechanics
a key concept in modern physics
a foundational concept in quantum theory
a historical milestone in physics
a pragmatic approach to quantum mechanics
a standard interpretation of quantum mechanics
gptkbp:isCriticizedFor gptkb:John_Bell
gptkb:Lee_Smolin
gptkb:David_Bohm
gptkb:Carlo_Rovelli
gptkb:Albert_Einstein
Gerard 't Hooft
lack of predictive power
lack of realism
ambiguity in interpretation
subjectivity in measurement
gptkbp:isDiscussedIn academic journals
scientific conferences
physics seminars
textbooks on philosophy of science
gptkbp:isExaminedBy textbooks on quantum mechanics
gptkbp:isExploredIn philosophical discussions
scientific literature
philosophical essays
scientific debates
popular science books
documentaries on physics
online courses on quantum mechanics
gptkbp:isPartOf philosophy of science
scientific discourse on quantum mechanics
quantum_theory_history
gptkbp:isReflectedIn quantum_experiments
gptkbp:isRelatedTo Heisenberg uncertainty principle
quantum measurement theory
quantum_decoherence
quantum_entanglement
quantum_field_theory
quantum_mechanics
quantum_statistics
quantum_logic
gptkbp:isTaughtIn university courses on quantum mechanics
gptkbp:isUsedBy quantum_phenomena
gptkbp:isUsedIn theoretical physics
quantum_physics
gptkbp:isUtilizedIn 1920s
gptkbp:suitableFor physical systems do not have definite properties until measured