AI 中文总结
该研究提出基于量子存储器与纠缠的光学干涉测量方法，消除长基线光学干涉的光学延迟线瓶颈，同时探讨量子存储器的挑战及应对进展。
AI 中文摘要
本文阐述了基于量子存储器与纠缠的光学干涉测量的基本运行机制，展示了这些机制如何消除光学延迟线瓶颈。量子存储器存在自身挑战，包括极窄带宽及存储时间限制。我们研究了时序伪影对存储器光子捕获概率和干涉复可见度的影响，强调了实现相关机遇所需进一步发展的关键技术领域，以及目前克服这些挑战的相关工作。
英文摘要
In this paper, we describe the fundamental operating mechanisms of optical interferometry using quantum memory and entanglement. We show how these remove the optical delay line bottleneck. Quantum memory is not without its own set of challenges, some of which include very small bandwidths as well as limitations in storage time. We examine the influence of timing artifacts on memory photon capture probability and interferometric complex visibility. We highlight keystone areas of technology that require further development and are essential to realizing these opportunities, as well as ongoing work to overcome these challenges.
Comments17 pages, 1 figure, Proceeding of SPIE Conference "Astronomical Telescopes + Instrumentation" (July 2026)
