Quantum Superpositions of Persistent Josephson Currents

Keywords

Josephson effect, Pi Josephson junction, Superconducting tunnel junction, Superconductivity, Quantum

References

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Cited by

• Andreev interferometry of flux qubits driven by radio frequency fieldChris Checkley — 2009
• Fabrication and measurement of a niobium persistent current qubitD. Nakada — 2004
• Superconducting flux qubits: Quantum chains and tunable qubitsF. G. Paauw — 2009
• Large amplitude driving of a persistent current qubitD. Berns — 2008
• Single and coupled Josephson junction quantum bitsA. C. J. ter Haar — 2005
• A theoretical analysis of flux-qubit measurements with a dc-SQUIDHideyuki Nakano, Hirotaka Tanaka, Shiro Saito — 2004
• Submicrometer josephson junction as a sensor of current states in a mesoscopic superconducting structureI. N. Zhilyaev — 2007
• Method for direct observation of coherent quantum oscillations in a superconducting phase qubitYa. S. Greenberg — 2002
• Decoherence of a two-qubit system with a variable bath coupling operatorM. J. Storcz, Frank Hellmann, Calin Hrelescu — 2005
• Decoherence of coupled solid state qubitsJanos Storcz, Mathematisch-Naturwissenschaftlichen Fakultät — 2002
• Magnetic flux measurement of superconducting qubits with Josephson inductorsJanice C. Lee — 2002
• Quantum information processing and measurement in circuit quantum electrodynamicsF. Helmer — 2009
• From strong to ultrastrong coupling in circuit QED architecturesThomas M. Niemczyk — 2011
• Modeling Classical Dynamics and Quantum Effects in Superconducting Circuit SystemsPeter Groszkowski — 2015
• Superconducting flux quantum circuits: characterization, quantum coherence, and controlled symmetry breakingF. Deppe — 2009
• Gradiometric tunable-gap flux qubits in a circuit QED architectureM. J. Schwarz — 2015
• Nonlinearities in the quantum measurement process of superconducting qubitsI. Serban — 2008
• Method for direct observation of coherent quantum oscillations in a superconducting phase qubitYa. S. Greenberg, A. Izmalkov, M. Grajcar — 2002
• Strategies for Measuring the Decoherence Time of a Superconducting QubitJ. Habif, M. Bocko — 2002
• Nonlinearities in the quantum measurement process of superconducting qubitsIoana-Letiția Șerban — 2008

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