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can utilise error correction schemes with little experimental overhead, is dynamically
reconfigurable and uses the well established scientific background of microwave cavity
QED.
TheauthorswouldliketoacknowledgeusefuldiscussionswithS.Taylor(Liverpool),
V. Vedral (Leeds), M. Kim (Dublin), W. Lange (Sussex), W. Munro (Hewlett Packard
Laboratories, Bristol) and M. Plenio (Imperial College London). PB is supported by
EPSRC grant GR/521892/01.
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Quantum Computing Using Crossed Atomic Beams 12
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