Photonic MEMS Vacuum Trap For Cold Atoms

用于冷原子的光子 MEMS 真空阱

• 批准号: 2749477
• 金额: --
• 依托单位: University of Glasgow
• 依托单位国家: 英国
• 项目类别: Studentship
• 财政年份: 2022
• 资助国家: 英国
• 起止时间: 2022 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=studentship-2749477
• 关键词: Photonic; MEMS; Vacuum; Trap; Cold

This project aims to develop completely new ways to trap atoms using integrated photonics so the project is looking to pioneer completely new science and technology approaches to cold atoms. Integrating diode laser with photonic cavities and MEMS vacuum chambers will allow the trapping and control of atoms by light. The work is supported by the UK Quantum Technology Programme and the Royal Academy of Engineering. Trapping atoms with light enables atoms to be cooled to below microKelvin temperatures resulting in the most accurate set of sensors that can be used for timing, measuring acceleration, rotation or gravity. Trapped atoms can also form qubits and are also being used to build quantum computers. Such sensors presently require large vacuum chambers with high power lasers to trap atoms with hundreds of Watts of power for operation. This project aims to miniaturize these atom traps using the diode lasers similar to CD/DVD players combined with optical cavities integrated with atoms in MEMS vacuum systems aiming to reduce the size, weight and power to allow these sensors to reduce to the size of a mobile phone and to be powered by batteries.

该项目旨在开发使用集成光子学捕获原子的全新方法，因此该项目正在寻求开拓全新的科学和技术方法来实现冷原子。 将半导体激光器与光子腔和MEMS真空室集成将允许通过光捕获和控制原子。这项工作得到了英国量子技术计划和皇家工程学院的支持。用光捕获原子使原子能够被冷却到微开尔文温度以下，从而产生最精确的传感器，可用于计时，测量加速度，旋转或重力。被捕获的原子也可以形成量子比特，也被用来建造量子计算机。这种传感器目前需要具有高功率激光器的大型真空室，以捕获具有数百瓦功率的原子用于操作。该项目旨在使用类似于CD/DVD播放器的二极管激光器，结合MEMS真空系统中与原子集成的光学腔，将这些原子阱封装起来，旨在减小尺寸，重量和功率，以使这些传感器减小到移动的手机的尺寸并由电池供电。