Is to achieve a breakthrough in the problem of how to reliably control the many qubits in an errorfree and scalable way.

该项目的目标是在如何以无差错和可扩展的方式可靠地控制多个量子位的问题上取得突破。这一挑战是阻碍量子计算发挥其全部潜力的科学瓶颈之一。这个雄心勃勃的博士项目旨在开发大规模原型（具有100个量子比特的处理器）所需的建模和算法。该项目将涉及以团队为基础的分析和数值技术，并与实验组合作。该项目与epsrc量子计算和模拟中心的工作计划保持一致，该中心由牛津大学领导，由该中心和萨里大学共同资助。

The aim of this project is to achieve a breakthrough in the problem of how to reliably control the many qubits in an errorfreeand scalable way. This challenge is one of the scientific bottlenecks holding back quantum computing from reachingits full potential. This ambitious PhD project aims to develop the modelling and algorithms which are required for largescale prototypes (processors with 100s of qubits). The project will involve analytical and numerical techniques in a teambasedenvironment and in collaboration with experimental groups. The project is aligned with the work programme of theEPSRC Quantum computing and simulation hub led by Oxford University and co-funded by the hub and the University ofSurrey.