Abstract
Photoinduced reactions offer a promising route to developing more sustainable and environmentally-friendly chemistry. However, a thorough understanding of the fundamental mechanisms of these processes is essential to optimize their efficiency and broaden their scope of application.
This presentation highlights the importance of detailed mechanistic studies to elucidate the complex interactions between light, molecules and catalysts. We demonstrate how the combination of advanced spectroscopic techniques and kinetic studies can streamline the design of new, more efficient chemical transformations. This research opens the way to innovative strategies for the synthesis of molecules of interest in various fields, contributing to the advancement of green and sustainable chemistry.
