Discover how autoencoders and text mining techniques are transforming our understanding of single-cell populations in the hippocampus and cortex.
Explore the fascinating intersection of neuroscience and philosophy as we delve into how the brain functions as both a biological machine and the source of consciousness.
Explore how the brain uses spatiotemporal computation to process information through dynamic patterns of neural activity across time and space.
Explore how dual-compartment computational modeling reveals the neural mechanisms behind zebra finch song learning and cortical neuron function.
Discover how mouse auditory cortex maintains stable neural activity patterns through hierarchical modularity and core-periphery structure, balancing stability with flexibility.
Explore how advanced imaging and VR are revolutionizing our understanding of brain blood flow, from stroke recovery to surgical planning.
Exploring how our brains integrate visual cognition, proprioception, and motor control to create a unified experience of reality.
Exploring the frontier of cognitive computational neuroscience and the quest to engineer a thinking brain through Semantic Pointer Architecture (SPA).