Transport and electromagnetic properties of complex conductor networks

该项目将涉及微观和宏观尺度上导体网络的电流和电磁特性的计算机建模和模拟。这些计算将用于理解和计划并行实验工作，该项目的一部分可能涉及构建和表征量子技术的磁场成形系统。该项目将涉及以下一个或多个方面，重点是它们之间的概念和技术转移：混合金属和聚合物纳米结构中的经典和量子传输，旨在降解和破坏胶质母细胞瘤脑癌细胞，并涉及与药学院的合作。宏观导体网络（例如导线拓扑和多层印刷电路板）优化了量子技术的一系列应用，例如生物医学成像，生物和非生物系统的磁感应断层成像，量子计算和量子传感。其中一些可能涉及与商业合作伙伴的合作。为量子技术应用开发冷却和捕获原子的优化系统。

The project will involve computer modelling and simulation of current flow and the electromagnetic properties of conductor networks on microscopic and macroscopic scales. These calculations will be used to understand and plan parallel experimental work and part of the project may involve constructing and characterising magnetic field-shaping systems for quantum technologies. The project will involve one or more of the following strands, with a focus on the transfer of concepts and techniques between them:Classical and quantum transport in hybrid metallic and polymeric nanostructures designed to degrade and destroy glioblastoma brain cancer cells and involving collaboration with the School of Pharmacy.Macroscopic conductor networks (e.g. wire topologies and multi-layer printed circuit boards) optimised for a range of applications in quantum technologies, for example biomedical imaging, magnetic induction tomography imaging of biological and non-biological systems, quantum computing and quantum sensing. Some of these may involve collaboration with commercial partners.The development of optimised systems for the cooling and trapping of atoms for quantum technology applications.