Design of Quantum Reversible Logic Circuit and Its Application in Automatic Generation of Quantum Error Correction / Decoding Network View Homepage


Ontology type: schema:MonetaryGrant     


Grant Info

YEARS

2012-2015

FUNDING AMOUNT

550000 CNY

ABSTRACT

This paper discusses the optimization design technology of quantum reversible logic circuit and its application in automatic generation of quantum error correction / decoding network. Quantum information theory and quantum computing technology are the theoretical basis and key techniques to realize the quantization of information, quantum storage, quantum transmission, quantum processing and quantum application. Quantum reversible logic circuit design and quantum error correction / decoding Technology is the theoretical basis and necessary technology to realize the information quantization, and they are indispensable theories and techniques for the future research of quantum information theory, quantum computing research and quantum computer theory and practice. International and domestic research on quantum reversible logic circuit design and quantum fault-tolerant computing technology has been studied for more than ten years. In recent years, there have been significant breakthroughs in theory and practice. The results of these theoretical studies and physical experiments have laid the foundation for our research. Theoretical basis and the confidence to move forward. Quantum reversible logic is the basis of describing the quantum algorithm. It is a necessary condition to realize the visualization of quantum computation. The design of error correction code in quantum computation is an effective method to overcome the coherence. Therefore, it is necessary to realize the quantization of quantum information. It is a meaningful work to study the optimal design of codec circuits (networks) for quantum error correction codes. More... »

URL

http://npd.nsfc.gov.cn/projectDetail.action?pid=61170321

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