I am passionate about unraveling the cellular mechanisms that drive the pathophysiology and cognitive deficits in neurodevelopmental, aging-associated, and psychiatric disorders. By combining multimodal experimental data (from humans, animal models, and human iPSCs), high-resolution imaging, state-of-the-art single cell multi-omics, superior intelligence (SI) and functional experiments, my research aims to translate these insights into innovative strategies for prevention and therapy to promote better brain health and delay disease progression.