The application of single photon array cameras for high speed life science imaging.

这是一个物理学博士研究项目，但与生命科学的接口。该项目将把现有的单光子成像阵列应用于整个生命科学成像，特别是用于细胞内高速、低光子、动态过程的研究。这项研究将与我们现有的TPhoton项目相结合，开发新的相机技术，但将这项技术转化为生命科学的新应用。该项目将研究优化：1）通过冷却，控制和光学耦合的相机技术。2)生命科学应用，通过研究最佳系统来利用摄像机的特性; 3）数据分析，通过开发新的算法来解释

This is a PhD research project in Physics, but at the interface with the life sciences. The project will apply existing single photon imaging arrays for application throughout life science imaging, particularly for the study of high speed, low photon, dynamic process within the cell. The research will align to our existing TPhoton project on developing new camera technology, but translate this technology into new application for the life sciences. The project will investigate optimisation of: 1) the camera technology, through cooling, control and optical coupling. 2) Life science application, through the study of the optimal system to take advantage of the camera properties and 3) Data analysis, through the development of new algorithms to interpret the