Ion Motion Control for the Realisation of a Logical Trapped Ion Qubit

本博士专注于基本量子算法中的离子传输，并寻求实现绝热穿梭操作，包括在多区x结离子阱处理器中重新配置多达10+离子所需的所有原语。我们还寻求实现一个具有10+可单独寻址量子比特的系统，任意量子比特对之间99%+平均2量子比特门保真度，99.9%单量子比特门，与相关穿梭操作交织，所有其他操作的平均保真度为99%。我们希望实现和演示简单的量子算法，例如用逻辑量子位进行错误检测和纠正。

This PhD focuses on the ion transport within a basic quantum algorithm,and seeks to implement diabatic shuttling operations including all primitives required for re-configuration of up to 10+ ionswithin a multizone X-junction ion trap processor. We also seek to realize a system with 10+ individually-addressable qubits,99%+ average 2-qubit gate fidelity between arbitrary qubit pairs, 99.9% single qubit gates, interwoven with relevant shuttling operations and99% fidelity average for all other operations. We hope to implement and demonstrate simple quantum algorithms such as error detection andcorrection with a logical qubit.