My research bridges fundamental research in quantum optics and many-body physics to the design and real-world applications of quantum technologies. An important part of the work in our team focusses on developing new implementations of quantum computing and quantum simulation, as well as exploring applications of these devices to other fields in science and engineering or to industry. In recent years, I have been particularly involved in developing interdisciplinary connections around the implementation and applications of quantum computing and simulation.
In basic science, we have been heavily involved in the development of numerical techniques for out of equilibrium dynamics, and in the theory of open many-body quantum systems (understanding state engineering, continuous measurement and driven systems). We have also had a particular interest in the verification of quantum devices. Our theory connects with experiments with neutral atoms, trapped ions, and solid state devices (especially superconducting devices and transport systems, including in oxide heterostructures), and we have extensively collaborated with experimental groups across all of these systems.