Atomic Scale Control over Quantum Materials

该项目旨在澳大利亚建立一个最先进的显微镜和材料生长设施，以开发功能量子材料。该设施的独特之处在于，能够在量子材料的工作条件下，即在大磁场和低于100mK的持续温度下，在超清洁环境中创建定制材料。这种能力直到最近才可靠地获得，澳大利亚将是第一批为其世界领先的量子技术社区使用这种工具的国家之一。该项目将通过在硅量子比特、强关联物质和拓扑材料方面的应用，为这一快速增长的社区实现科学和成熟材料的突破。

This project aims to establish a state-of-the-art microscope and materials growth facility in Australia to develop functional quantum materials. The unique aspect of the facility is the ability to create bespoke materials in an ultra-clean environment under working conditions for quantum materials, i.e. in large magnetic fields and sustained temperatures below 100mK. This capability has only recently been reliably available and Australia will be amongst the first countries to utilise such a tool for its world leading quantum technology community. This project will enable break through science and mature materials for this rapidly growing community with applications in silicon qubits, strongly correlated matter, and topological materials.