Quantum error-control codes
Information is physical. It is sensible to use quantum mechanics as a basis of computation and information processing [19]. Here at the intersection of information theory, computing, and physics, mathematicians and computer scientists must think in terms of the quantum physical realizations of me...
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| 格式: | Book Chapter |
| 語言: | English |
| 出版: |
CRC Press
2022
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| 主題: | |
| 在線閱讀: | https://hdl.handle.net/10356/147283 |
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| 總結: | Information is physical. It is sensible to use quantum mechanics as a
basis of computation and information processing [19]. Here at the intersection
of information theory, computing, and physics, mathematicians and computer
scientists must think in terms of the quantum physical realizations of mes-
sages. The often philosophical debates among physicists over the nature and
interpretations of quantum mechanics shift to harnessing its power for infor-
mation processing and testing the theory for completeness.
One cannot directly access information stored and processed in massively
entangled quantum systems without destroying the content. Turning large-
scale quantum computing into practical reality is massively challenging. To
start with, it requires techniques for error control that are much more complex
than those implemented effectively in classical systems. As a quantum system
grows in size and circuit depth, error control becomes ever more important. |
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