APL Quantum publishes cutting-edge and multidisciplinary research across quantum theory and fundamentals, quantum phenomena and resources, applied quantum science, and quantum technologies. The journal aims to bridge fundamental quantum research with technological applications and embraces theoretical as well as experimental research.
The emergence of quantum nanophotonics has revolutionized our ability to control, manipulate, and harness quantum light at the nanoscale. By integrating quantum optics with advanced nanophotonic architectures, researchers are uncovering…
During the past decade, a frontier of light-matter interactions, known as Cavity Magnonics has emerged. It explores hybridized states governed by coupled dynamics involving light, microwaves, magnetic materials, mechanical oscillators,…