NONTECHNICAL SUMMARY This award supports theoretical and computational research and education to investigate a new and promising approach to dynamical control of quantum systems with potential applications to next-generation quantum technologies such as components of quantum computers and sensors. A major obstacle in this field is finding ways to manipulate quantum systems for desired functionalities without causing them to overheat or lose their fragile quantum properties. This research takes a novel path by exploring local drives—targeted, controlled external forces applied to specific parts of a system rather than the whole. By developing new theoretical tools to understand how local drives interact with the broader system, the project aims to unlock new ways to design and control quantum states across a range of experimental platforms, from solid-state materials to ultracold atomic gases. In addition to its scientific contributions, the project incorporates education, mentorship, and public engagement activities. Graduate and undergraduate students involved in the research will gain hands-on experience in advanced analytical and computational methods, preparing them for careers in the growing field of quantum science and technology, areas with strategic importance for national security and economic innovation. The PI also leads efforts to make cutting-edge physics more accessible through open-access publishing, online research forums, and public science events, such a