The Parsons Lab focuses on advancing the frontiers of quantum computing and quantum sensing through innovative experimental techniques. Our research is centered on developing scalable quantum technologies, including three-dimensional arrays of neutral atoms for quantum simulation and computation, and leveraging novel nanophotonic components to enhance quantum systems. We are also exploring solid-state platforms, such as nitrogen-vacancy centers in diamond and other color centers, to build hybrid quantum architectures and spin-photon interfaces. Max also leads the Quantum Technologies Training and Testbed Lab (QT3), which serves as a shared user facility, an instructional laboratory, and quantum testbeds. The QT3 lab is staffed primarily by undergraduate researchers, emphasizing hands-on experiential learning and fostering the next generation of quantum scientists and engineers. Our work bridges fundamental physics, advanced engineering, and interdisciplinary collaboration to address some of the most challenging problems in quantum science and technology.