Photophysics of Emerging Materials for Photovoltaic and Lighting Applications

博士工作将侧重于使用时间分辨光谱学来研究新兴的半导体材料，包括钙钛矿和钙钛矿启发的材料，用于光电子学，照明，激光和量子器件等应用。一个关键的重点将是了解这些材料的局部复合和电荷传输特性，采用时间分辨技术在微观尺度上，包括适应最近开发的技术，利用3D发光和扩散方法的组。这种理解将指导更好的材料和器件设计，从而推动器件达到更高的性能。

The PhD work will focus on the use of time-resolved spectroscopy to study emerging semiconductor materials including perovskites and perovskite-inspired materials for applications including photovoltaics, lighting, lasing and quantum devices. A key focus will be on understanding the local recombination and charge transport properties of these materials employing time-resolved techniques on the microscale, including adapting recently developed techniques in the group utilising 3D luminescence and diffusion approaches. Such understanding will guide better material and device design, in turn pushing devices to higher performances.