New Submission Interfacing Atoms with Nanophotonic Devices: A Research Journey with Jeff Kimble and Its Legacy in Quantum Technologies

In this talk, I will reflect on my research journey under the guidance of my advisor, Jeff Kimble, focusing on our efforts to interface atoms with nanophotonic devices. Our work primarily explored the enhancement of light-matter interactions by coupling neutral atoms with a slow-light photonic crystal waveguide. This foundational research not only deepened our understanding of atom-photon interactions but also contributed significantly to the broader field of quantum optics. These experiences have profoundly influenced my current endeavors, leading to the creation of a startup aimed at developing scalable quantum networking devices. Our latest efforts focus on integrating Yb atoms with low-loss nanofiber cavities, which allow for highly efficient atom-photon interfaces at the telecomband. These interfaces are key to advancing quantum communication, distributed quantum computing, and quantum sensing. Through this session, I honor Jeff’s profound legacy, whose vision and leadership continue to inspire breakthroughs in quantum technologies today.