Josephson Junction Triangular Prism Qubits Coupled to a Resonant LC Bus: Qubits and Gates for a Holonomic Quantum Computer

We investigate the properties of Josephson junction triangular prism qubits coupled by mutual inductance to a resonant LC bus. We show how the symmetries of the qubit potential may be used to implement the Duan Cirac Zoller scheme for holonomic quantum computation. Published in Quantum Computing and...

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1. Verfasser:	Yukon, Stanford P
Format:	Report
Sprache:	eng
Schlagworte:	Electrical and Electronic Equipment Electromagnetic Pulses GATES(CIRCUITS) GEOMETRIC GATES HAMILTONIAN FUNCTIONS HOLONOMIC QUANTUM COMPUTATION ION TRAPS JOSEPHSON JUNCTION QUBIT JOSEPHSON JUNCTIONS MAGNETIC FLUX PE61102F RABI FREQUENCIES Solid State Physics WUAFRL2304HE03
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Zusammenfassung:	We investigate the properties of Josephson junction triangular prism qubits coupled by mutual inductance to a resonant LC bus. We show how the symmetries of the qubit potential may be used to implement the Duan Cirac Zoller scheme for holonomic quantum computation. Published in Quantum Computing and Quantrum Bits in Mesoscopic Systems, p149-159, 2004.