Ion trapping
Ion trapping
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离子捕获
DOI：
10.1007/s00340-012-5114-6
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发表时间：
2012
期刊：
影响因子：
--
通讯作者：
Hensinger W
中科院分区：
文献类型：
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作者：
Hensinger W
近年来，离子捕获领域取得了显著的增长，许多新兴的团体利用了这项强大技术的巨大潜力。虽然实际的研究领域是高度多样化的，从高精度实验到量子信息技术，但它们都面临着许多技术挑战。在欧洲和世界范围内，随着最近COST行动IOTA和跨社区会议的建立，如最近在英国举行的第一届欧洲捕获离子会议，离子捕获器社区得到了加强。在组织这次会议后，我们对合作水平，高质量的研究以及参与团体的目标和地点的多样性印象深刻。这一特刊及其众多高质量的文章是我们社区内强有力的活动以及正在进行的及时性和高质量研究的另一个例子。它涵盖了离子捕获的各种实验和理论方面，包括量子信息，
The recent years have seen a distinct growth in the field of ion trapping, with many new emerging groups making use of the vast potential of this powerful technology. While the actual areas of study are highly diverse, ranging from highprecision experiments to quantum information technology, they share many technology challenges. Within Europe and worldwide, the community of ion trappers has been strengthened with the recent establishment of the COST action IOTA and cross-community conferences such as the recent 1st European Conference on Trapped Ions in the UK. Having organised this meeting we were impressed by the level of cooperation, high quality of research and diversity of aims and locations of participating groups. This special issue with its numerous high-quality articles is another example of the strong activity within our community and the timeliness and high quality of research being carried out. It covers the various experimental and theoretical aspects of ion trapping, including quantum information,