Photonic modeling of high-order light-matter interactions

Controlling and understanding the behavior of a quantum emitter close to a nanostructure is under extensive research. However, the study of advanced nanostructures is hampered by a lack of efficient numerical and theoretical methods. Therefore, the main objective is to implement novel modeling methods for high-order transitions, beyond the standard dipolar approach, which is relevant for the current nanocavities with highly confined light. Then, the developed framework will be applied for innovative structures.