Calculation based on fullerene-doped solid-state quantum View Homepage


Ontology type: schema:MonetaryGrant     


Grant Info

YEARS

2009-2012

FUNDING AMOUNT

2400000 CNY

ABSTRACT

Solid-state quantum computing is the current hot and difficult field of quantum computing. In recent years proposed by doping fullerene based quantum computing solutions, decoherence its superior performance, scalability and technical difficulty of the relatively small advantage by the international academic attention. The program of the quantum information encoded on electron spin and nuclear spin coherent physical system, this novelty has brought quantum computing superiority in performance, but also increases the difficulty of experimental research. The current research direction of this international has just begun. The project intends to engage us in a solid foundation of NMR quantum computing, the development of effective experimental technique for doping fullerene quantum system in-depth theoretical and experimental research calculations. The main contents include: 1 samples of the nature and mechanism of decoherence; 2 accurate spin control technology research; 3 experiments for basic quantum logic gates and quantum algorithms; 4 to explore theoretical and experimental program scalability..... Smoothly and expected completion of the project will not only be able to make a substantial and outstanding contribution to the study of the field, but the results will also study the same experimental system has an important reference for our country to maintain quantum information quantum computing research in advanced position to contribute. More... »

URL

http://npd.nsfc.gov.cn/projectDetail.action?pid=10834005

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