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1995 - P. W. Shor proposed the first scheme for [quantum error correction]?. This is an approach to making quantum computers that can compute with large numbers of qubits for long periods of time. Errors are always introduced by the environment, but quantum error correction might be able to overcome those errors. This could be a key technology for building large-scale quantum computers that work. These early proposals had a number of limitations. They could correct for some errors, but not errors that occur during the correction process itself. A number of improvements have been suggested, and active research on this continues. |
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1995 - [Peter Shor]? proposed the first scheme for [quantum error correction]?. This is an approach to making quantum computers that can compute with large numbers of qubits for long periods of time. Errors are always introduced by the environment, but quantum error correction might be able to overcome those errors. This could be a key technology for building large-scale quantum computers that work. These early proposals had a number of limitations. They could correct for some errors, but not errors that occur during the correction process itself. A number of improvements have been suggested, and active research on this continues. |
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**Shor, P. W. "Scheme for reducing decoherence in quantum computer memory" Phys. Rev. A 52,(1995)pp. 2493-2496. |
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**Shor, P. W. "Scheme for reducing decoherence in quantum computer memory" Phys. Rev. A 52,(1995) pp. 2493-2496. **Calderbank, A. R. and Shor, P.W. "Good quantum error-correcting codes exist" Phys. Rev. A 54, (1996) pp. 1098-1106. **Shor. P. W. "Fault-tolerant quantum computation" Proc. 37nd Annual Symposium on Foundations of Computer Science, IEEE Computer Society Press, (1996) pp. 56-65. |
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