Solid-state quantum theory of coherent information transfer control View Homepage


Ontology type: schema:MonetaryGrant     


Grant Info

YEARS

2011-2013

FUNDING AMOUNT

330000 CNY

ABSTRACT

Solid-state quantum bits having easy to measure, control and integration and many other advantages quantum computers become a very promising candidate system. In the long-range solid-state quantum information transfer process, how to make quantum information transmitted to maintain high fidelity and the ability to overcome decoherence affecting the system, has been the realization of a quantum computer is currently challenging task. The project intends to study in depth the role of solid-state quantum coherent control of quantum information transmission, seek external quantum information transmission control condition of fidelity, and the conditions and reliable transfer of different types of channels or quantum state of quantum entanglement. Quantum information transmission channel is considered multibody system consists of a solid-state spin qubits constituted explore coherence of several classes outside the control field of the quantum system, to find an effective way to control use of adiabatic quantum computing technology to explore the field of external control delay system decoherence of. Reveal a solid quantum information in quantum computing devices new features for the realization of quantum theory provide useful research and analysis calculations. More... »

URL

http://npd.nsfc.gov.cn/projectDetail.action?pid=11075013

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