Study on the Theory of Adiabatic Quantum Computing View Homepage


Ontology type: schema:MonetaryGrant     


Grant Info

YEARS

2012-2015

FUNDING AMOUNT

600000 CNY

ABSTRACT

The key to implementing quantum computing is two: good physical systems (hardware) and good programs or models (software). The adiabatic quantum computing model has become more and more important than the traditional quantum line model in reducing the errors caused by the operation and measurement of the door, resisting the coherence and so on. This paper will study the important but not yet solved problems in the calculation of adiabatic quantum, the main purpose is to establish a relatively complete theory of adiabatic quantum calculation, to further understand the nature of quantum adiabatic theorem and its relationship with other physical laws. Firstly, the relationship between the adiabatic theorem and other basic physical laws is explored to study the conditions and physical images of the quantum adiabatic process from a new angle. Then, the generalization of the adiabatic quantum computation is studied, and the general method of constructing the Hamiltonian is studied. Finally, we study the error correction and fault-tolerant nature in the calculation of adiabatic quantum, explore the law of the influence of the environment on the adiabatic process, and propose a scheme to avoid or reduce the influence of the environment. In this paper, we can study the influence of the environment on the adiabatic process. The The project will deepen the understanding of the basic laws of quantum adiabatic theorem and promote the final realization of quantum computers. More... »

URL

http://npd.nsfc.gov.cn/projectDetail.action?pid=11174370

Related SciGraph Publications

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