Optical Scientist – Quantum Systems

What the firm says Summary In this role, you  will contribute  to the advancement of neutral-atom-based quantum computing technologies   by architecting ,  prototyping   and integrating  optical subsystems  into QuEra’s next-generation quantum computers .   These subsystems  rely on diffractive optics,  holography, optical tiling strategies, aberration   correction, and camera-in-loop feedback  to  deliver stable, uniform, and precisely controlled optical fields across large qubit arrays .   As part of an  R&D  team , you  will collaborate closely with a multidisciplinary  group  of physicists, engineers, and computer scientists to push the boundaries of quantum computing using neutral-atom platforms  by  helping shape long-term optical   system design decisions . Responsibilities Design and prototype scalable optical architectures for trapping, addressing, and readout of next-generation neutral atom qubit arrays. Model optical systems including diffraction, aberrations, polarization effects, and alignment sensitivities. Establish integration strategies of new optical modules to optimize performance of neutral atom quantum computers. Implement diagnostic and calibration strategies linking optical design to experimental outcomes, enabling rapid commissioning and long-term stability. Partner with hardware engineering team to translate architectural concepts into deployable hardware and alignment procedures. Evaluate emerging beam-shaping and multiplexing technologies for next-generation scalability. Stay current with the latest advancements in optical engineering, beam shaping, and optical computing relevant to neutral atom quantu

公司表示 摘要 在这个职位中，您将通过架构、原型设计和将光学子系统集成到QuEra的下一代量子计算机中，为基于中性原子的量子计算技术的进步做出贡献。这些子系统依赖于衍射光学、全息术、光学拼接策略、像差校正和相机闭环反馈，以在大量量子比特阵列上提供稳定、均匀且精确控制的光场。作为研发团队的一员，您将与由物理学家、工程师和计算机科学家组成的多学科团队紧密合作，通过帮助塑造长期光学系统设计决策，推动使用中性原子平台的量子计算边界。 职责 设计和原型化可扩展的光学架构，用于捕获、寻址和读取下一代中性原子量子比特阵列。对光学系统进行建模，包括衍射、像差、偏振效应和对准灵敏度。建立新光学模块的集成策略，以优化中性原子量子计算机的性能。实施诊断和校准策略，将光学设计与实验结果联系起来，实现快速调试和长期稳定性。与硬件工程团队合作，将架构概念转化为可部署的硬件和对准程序。评估新兴的光束整形和多路复用技术，以实现下一代可扩展性。紧跟与中性原子量子相关的光学工程、光束整形和光学计算的最新进展。

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