The goal is a mutual generalization of the standard models of classical and quantum error correction.
What does QEC stand for?
QEC stands for Quantum Error Correction
This definition appears very frequently and is found in the following Acronym Finder categories:
- Science, medicine, engineering, etc.
See other definitions of QEC
We have 38 other meanings of QEC in our Acronym Attic
- Quantum Enterprise Buy
- Quarterly Enterprise Buy (US Air Force)
- Queen Elizabeth Barracks Campaign (UK)
- Queen Elizabeth Building (London, UK)
- Quick Engine Bulletin
- Queensland Eight Ball Federation (Australia)
- Quadrantal Error Correction
- Quality Enhancement Cell (Pakistan)
- Quality Environmental Containers, Inc. (Beaver, WV)
- Quantum Erasure Channel
- Quaternary Environmental Change (UK)
- Quebec English Corpus (Quebec, Canada)
- Query Engine/Chassis Number (police incident code; New Zealand)
- Questerre Energy Corp. (Canada)
- Quick Easy Contact (email marketing tool)
- Quick Engine Change
- Quod Erat Constructum (Latin: as was asked to be constructed)
- Quick Engine Change Assembly
- Quantitative Evaluation of Contamination Consequences (US DoE project)
- Quantum Error-Correcting Code
Samples in periodicals archive:
Some years ago, American colleagues demonstrated the general functioning of quantum error correction.
Their accomplishment is a first step towards quantum error correction, a crucial aspect of future quantum computing.
The foundations of quantum information theory are discussed in chapters on discrete quantum states versus continuous variables, approximate quantum cloning, channels and maps, quantum algorithms, and quantum error correction.
The strategy developed by Zurek and his coworkers for what they call "resilient quantum computation" combines quantum error correction, which preserves the values of quantum bits in memory, with methods of ensuring that bits are encoded correctly and that logic operations are completed properly.
With this book, graduate students and researchers are presented with coverage of three areas: quantum computing, quantum information theory, and quantum error correction.