Advanced Instrumentation for the Einstein Telescope

该项目涉及未来引力波天文台的先进技术和干涉仪概念的发展，特别是爱因斯坦望远镜。Andrei最初将在格拉斯哥干涉测量实验室和其他相关设施（如LIGO探测器或AEI-10m干涉仪）学习基本的实验技能。基于所获得的技能，他将处于理想的位置，开发和优化ET的关键组件，如干涉仪配置，并探索替代迈克尔逊压缩光干涉仪的好处。此外，他将探索基于机器学习和其他相关人工智能技术的各种降噪和减噪技术。

The project deals with the development of advanced technologies and interferometer concepts for future gravitational wave observatories, in particular the Einstein Telescope. Andrei will initially learn essential experimental skills in the Glasgow interferometry lab and other relevant facilities, such as the LIGO detectors or the AEI-10m interferometer. Based on the skills acquired he will be in the ideal position to develop and optimise key components for ET such the interferometer configuration and explore the benefits of alternatives to Michelson interferometers with squeezed light. In addition he will explore various noise reduction and subtraction techniques based on machine learning and other relevant AI techniques.