Lassen, Mikael Østergaard1; Madsen, Lars Skovgaard1; Andersen, Ulrik Lund1
1 Department of Physics, Technical University of Denmark
Quantum information processing relies on the robust and faithful transmission, storage and manipulation of quantum information. However, since different decoherent processes are inherent to any realistic implementation, the future of quantum information systems strongly relies on the ability to detect and perform error code correction and noise filtration. We present two different schemes to eliminate erasure errors and channel excess noise in continuous-variable quantum channels.
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The Second International Conference on Quantum Error Correction, 2011