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- Flux_qubit abstract "In quantum computing, flux qubits (also known as persistent current qubits) are micrometer sized loops of superconducting metal interrupted by a number of Josephson junctions. The junction parameters are engineered during fabrication so that a persistent current will flow continuously when an external flux is applied. The computational basis states of the qubit are defined by the circulating currents which can flow either clockwise or counter-clockwise. These currents screen the applied flux limiting it to multiples of the flux quantum and give the qubit its name. When the applied flux through the loop area is close to a half integer number of flux quanta the two energy levels corresponding to the two directions of circulating current are brought close together and the loop may be operated as a qubit.Computational operations are performed by pulsing the qubit with microwave frequency radiation which has an energy comparable to that of the gap between the energy of the two basis states. Properly selected frequencies can put the qubit into a quantum superposition of the two basis states while subsequent pulses can manipulate the probability weighting that the qubit will be measured in either of the two basis states, thus performing a computational operation.".
- Flux_qubit thumbnail Flux_Qubit_-_Holloway.jpg?width=300.
- Flux_qubit wikiPageExternalLink theme3.py?level=1&index1=165015.
- Flux_qubit wikiPageID "5260042".
- Flux_qubit wikiPageLength "6142".
- Flux_qubit wikiPageOutDegree "23".
- Flux_qubit wikiPageRevisionID "706807839".
- Flux_qubit wikiPageWikiLink Aluminium_oxide.
- Flux_qubit wikiPageWikiLink Andreev_interferometer.
- Flux_qubit wikiPageWikiLink Category:Quantum_electronics.
- Flux_qubit wikiPageWikiLink Category:Quantum_information_science.
- Flux_qubit wikiPageWikiLink Category:Superconductivity.
- Flux_qubit wikiPageWikiLink Charge_qubit.
- Flux_qubit wikiPageWikiLink Coulomb_blockade.
- Flux_qubit wikiPageWikiLink Electron-beam_lithography.
- Flux_qubit wikiPageWikiLink File:Flux_Qubit_-_Holloway.jpg.
- Flux_qubit wikiPageWikiLink IPHT_Jena.
- Flux_qubit wikiPageWikiLink Josephson_effect.
- Flux_qubit wikiPageWikiLink Magnetic_flux_quantum.
- Flux_qubit wikiPageWikiLink Mesoscopic_physics.
- Flux_qubit wikiPageWikiLink Microelectronics.
- Flux_qubit wikiPageWikiLink Microwave.
- Flux_qubit wikiPageWikiLink Phase_qubit.
- Flux_qubit wikiPageWikiLink Quantum_computing.
- Flux_qubit wikiPageWikiLink Quantum_dot.
- Flux_qubit wikiPageWikiLink Quantum_superposition.
- Flux_qubit wikiPageWikiLink Qubit.
- Flux_qubit wikiPageWikiLink SQUID.
- Flux_qubit wikiPageWikiLink Solid_state_qubit.
- Flux_qubit wikiPageWikiLinkText "Flux qubit".
- Flux_qubit wikiPageWikiLinkText "flux qubit".
- Flux_qubit wikiPageUsesTemplate Template:Primary_sources.
- Flux_qubit wikiPageUsesTemplate Template:Quantum_computing.
- Flux_qubit subject Category:Quantum_electronics.
- Flux_qubit subject Category:Quantum_information_science.
- Flux_qubit subject Category:Superconductivity.
- Flux_qubit hypernym Micrometer.
- Flux_qubit type Mechanic.
- Flux_qubit type Physic.
- Flux_qubit comment "In quantum computing, flux qubits (also known as persistent current qubits) are micrometer sized loops of superconducting metal interrupted by a number of Josephson junctions. The junction parameters are engineered during fabrication so that a persistent current will flow continuously when an external flux is applied. The computational basis states of the qubit are defined by the circulating currents which can flow either clockwise or counter-clockwise.".
- Flux_qubit label "Flux qubit".
- Flux_qubit sameAs Q5463032.
- Flux_qubit sameAs m.0dbbt2.
- Flux_qubit sameAs Q5463032.
- Flux_qubit wasDerivedFrom Flux_qubit?oldid=706807839.
- Flux_qubit depiction Flux_Qubit_-_Holloway.jpg.
- Flux_qubit isPrimaryTopicOf Flux_qubit.