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Algorithm-based analysis of collective decoherence in quantum search
2006
Progress in Informatics
A major challenge in the implementation of quantum computers is mitigating the impact of undesired couplings with the environment that lead to decoherence. Here, we discuss an error-avoiding strategy that is based upon freedoms inherent in decomposing a quantum algorithm into fundamental gates. Although this approach is specific to a particular algorithm and a collective noise model, it does not the require complicated encodings or significant additional qubit resources of more general
doi:10.2201/niipi.2006.3.2
fatcat:oirnzpg3sjbb5h5w2vqtcajg6y