Electromagnetically Induced Transparency with Rydberg Atoms - Towards an Atomic Radio for Wireless Communications

这一跳跃ICT的建议是为了使通信工程研究背景的首席研究员(PI)能够学习和获得原子物理方面的新技能。其实质是获得电磁感应透明(EIT)的知识，随后可用于应对无线通信中的挑战。EIT技术在从里德堡原子团制造高灵敏度、宽带原子无线电接收器方面至关重要。跳跃后的雄心是使用这项新技能，并将专业知识与里德堡原子研究领域的领先专家结合起来，以应对现代无线通信中的挑战。具体地说，开发一种能够在多个频段工作的高灵敏度里德堡原子外差接收器。

This ICT-Hopping proposal is to enable the principal investigator (PI) from Communication Engineering research background to learn and acquire a new skill in Atomic Physics. The essence of this is to acquire the knowledge of electromagnetically induced transparency (EIT) that can subsequently used to address challenges in wireless communications. The EIT technique is vital in making a highly sensitive, wide-band atom-based radio receiver from an ensemble of Rydberg atoms. The post-hopping ambition is to use this new skill, and combine expertise with leading experts in Rydberg atom research, to address challenges in modern wireless communications. Specifically, to develop a highly sensitive Rydberg atom heterodyne receiver capable of operating over multiple frequency bands.