The development of an experimental quantum information processor based on trapped ions

简要介绍研究的背景，包括潜在的影响；背景是基于囚禁离子的实验量子信息处理器的开发。目的和目标目的是建立一种新的实验装置，其中利用微波场操纵离子是实现量子逻辑的主要方法。研究方法的新颖性近场微波方法本身是相对新颖的，到目前为止只有一个实验室高保真地展示了这种方法。新仪器的一个主要特征是低温系统，它将减少电场噪声，并允许达到更低的背景压力。与EPSRC的战略和研究领域(她的项目涉及的EPSRC研究领域)保持一致；基础物理；信息技术。参与的任何公司或合作者都是NQIT研究合作的一部分。

Brief description of the context of the research including potential impact;The context is the development of an experimental quantum information processor based on trapped ions.Aims and objectivesThe aim is to build up a new experimental apparatus in which manipulation of ions by microwave fields is the main method to implement quantum logic. Novelty of the research methodologyThe near-field microwave method is itself relatively novel, having been exhibited at high fidelity in only one laboratory to date. A major feature of the new apparatus is a cryogenic system which will reduce electric field noise and permit lower background pressure to be reached.Alignment to EPSRC's strategies and research areas (which EPSRC research area her project relates to)Fundamental physics; information technology.Any companies or collaborators involvedPart of NQIT research collaboration.