My research focuses on the design and development of advanced nanomaterials, with particular emphasis on controlling composition, exposed facets, crystal structure, and surface chemistry, and on probing them at the atomic scale. A central goal of his work is to establish robust structure–property relationships that connect atomic-level features with macroscopic performance, particularly in electrocatalysis and energy storage devices such as batteries. More recently, I have been developing high-throughput synthesis and characterization strategies combined with AI tools to accelerate materials discovery and the identification of structure–property relationships. I am also especially interested in understanding how materials operate under realistic working conditions through in situ and operando techniques, enabling direct observation of phase transformations, redox processes, and surface reconstruction, and thus the rational design of more efficient, durable, and sustainable materials.