Theoretical research and experimental design for continuous variables One-way quantum computing View Homepage


Ontology type: schema:MonetaryGrant     


Grant Info

YEARS

2011-2013

FUNDING AMOUNT

320000 CNY

ABSTRACT

One-way quantum computing model is considered to be a great potential for development of quantum information processing systems. Currently, in the field of separation of variables we have been experiments deterministic One-way quantum computing. In the field of continuous variables, although in theory has been proposed a Gaussian Cluster state experimental conditions necessary for universal quantum computation, but because of the lack of specific, practical experimental system design, limit the continuous variables One-way quantum computation experimental study development of. The project is planned in the experimental study using the Gaussian Cluster triplet basis for continuous variables and control X quadrature phase gate operations, continue to study the use of measuring Gaussian Cluster state encoding protocol, remove the current experiments must be coupled to a Gaussian Cluster enter the state on state, to conform to the general principles of One-way quantum computing. The present project intends to try the experimental study of continuous variable quantum computing is extended to non-Gaussian state field, in non-Gaussian quantum states evolution in One-way quantum computation, and achieve universal One-way quantum computation necessary for non-Gaussian operation for experimental research of One-way quantum computing to provide a theoretical basis. More... »

URL

http://npd.nsfc.gov.cn/projectDetail.action?pid=61078010

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