Dr. David has been engaged in academic research in the field of computational neuroscience since his doctoral studies, with a particular focus on comprehensive computational modeling of the visual system. His notable contributions have shed light on the mechanisms underlying long-standing phenomena in the visual cortex that were previously poorly understood. Moving forward, Dr. David intends to expand his research scope to encompass comprehensive computational modeling of auditory systems, orientation sensing systems, and multi-modal integrated cognitive systems. These models will serve as a foundation for extracting general mathematical theories and computational frameworks for cerebral cortex networks.

Dr. David has been engaged in academic research in the field of computational neuroscience since his doctoral studies, with a particular focus on comprehensive computational modeling of the visual system. His notable contributions have shed light on the mechanisms underlying long-standing phenomena in the visual cortex that were previously poorly understood. Moving forward, Dr. David intends to expand his research scope to encompass comprehensive computational modeling of auditory systems, orientation sensing systems, and multi-modal integrated cognitive systems. These models will serve as a foundation for extracting general mathematical theories and computational frameworks for cerebral cortex networks.