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- Deferred_Measurement_Principle abstract "The Deferred Measurement Principle is a result in quantum computing which states that delaying measurements until the end of a quantum computation doesn't affect the probability distribution of outcomes.A consequence of the deferred measurement principle is that measuring commutes with conditioning.The choice of whether to measure a qubit before, after, or during an operation conditioned on that qubit will have no observable effect on a circuit's final expected results.Thanks to the deferred measurement principle, measurements in a quantum circuit can often be shifted around so they happen at better times.For example, measuring qubits as early as possible can reduce the maximum number of simultaneously stored qubits; potentially enabling an algorithm to be run on a smaller quantum computer or to be simulated more efficiently.Alternatively, deferring all measurements until the end of circuits allows them to be analyzed using only pure states.".
- Deferred_Measurement_Principle thumbnail MeasurementCommutesWithControls.png?width=300.
- Deferred_Measurement_Principle wikiPageID "42726919".
- Deferred_Measurement_Principle wikiPageLength "1896".
- Deferred_Measurement_Principle wikiPageOutDegree "4".
- Deferred_Measurement_Principle wikiPageRevisionID "674415573".
- Deferred_Measurement_Principle wikiPageWikiLink Category:Quantum_information_science.
- Deferred_Measurement_Principle wikiPageWikiLink Quantum_computing.
- Deferred_Measurement_Principle wikiPageWikiLink Quantum_state.
- Deferred_Measurement_Principle wikiPageWikiLink File:MeasurementCommutesWithControls.png.
- Deferred_Measurement_Principle wikiPageUsesTemplate Template:Quantum-stub.
- Deferred_Measurement_Principle wikiPageUsesTemplate Template:Reflist.
- Deferred_Measurement_Principle subject Category:Quantum_information_science.
- Deferred_Measurement_Principle hypernym Result.
- Deferred_Measurement_Principle comment "The Deferred Measurement Principle is a result in quantum computing which states that delaying measurements until the end of a quantum computation doesn't affect the probability distribution of outcomes.A consequence of the deferred measurement principle is that measuring commutes with conditioning.The choice of whether to measure a qubit before, after, or during an operation conditioned on that qubit will have no observable effect on a circuit's final expected results.Thanks to the deferred measurement principle, measurements in a quantum circuit can often be shifted around so they happen at better times.For example, measuring qubits as early as possible can reduce the maximum number of simultaneously stored qubits; potentially enabling an algorithm to be run on a smaller quantum computer or to be simulated more efficiently.Alternatively, deferring all measurements until the end of circuits allows them to be analyzed using only pure states.".
- Deferred_Measurement_Principle label "Deferred Measurement Principle".
- Deferred_Measurement_Principle sameAs Q17008731.
- Deferred_Measurement_Principle sameAs Principio_de_medición_en_diferido.
- Deferred_Measurement_Principle sameAs m.010lr3h0.
- Deferred_Measurement_Principle sameAs Q17008731.
- Deferred_Measurement_Principle wasDerivedFrom Deferred_Measurement_Principle?oldid=674415573.
- Deferred_Measurement_Principle depiction MeasurementCommutesWithControls.png.
- Deferred_Measurement_Principle isPrimaryTopicOf Deferred_Measurement_Principle.
