Real-time, adaptive quantum sensing with the Quantum Orchestration Platform

NV-center-based Quantum sensors have created a lot of interest in recent years due to their potential to provide an unprecedented combination of sensitivity and spatial resolution. To improve their performance and reach optimal sensitivity and measurement time, adaptive protocols in which control and measurement parameters are updated in real-time have been proposed, and some were recently demonstrated. Here we demonstrate how such protocols can be performed using Quantum Machines’ Quantum Orchestration Platform, which allows intuitive programming and significantly improved performance and feedback latency. Moreover, we discuss new protocols previously unexplored that can be performed with the platform.