
Explore primate face recognition, from neural substrates to computational principles, examining face cells, processing systems, and recognition architectures in this comprehensive overview.

Explore primate social intelligence, face perception, and neural mechanisms behind facial recognition and social interactions.

Explore brain imaging techniques, functional specialization, and neural networks in understanding human cognition. Insights on face recognition, predictive models, and the organization of mental processes.

Explore hippocampal mechanisms underlying memory and cognition, including structure, storage, retrieval, brain oscillations, and spatial firing patterns.

Explore the neural foundations of consciousness, examining brain structures and theories with neuroscientist Christof Koch in this thought-provoking lecture.

Explore how brain computations inspire AI advancements, covering visual illusions, neural connectivity, and deep learning networks to uncover new paths in artificial intelligence research.

Explore neural circuits for face recognition, including a newly discovered temporal pole region. Learn about face processing systems, computational principles, and their implications for visual intelligence.

Explore how the human brain represents physical stability, from infant intuition to neural computations, and its applications in robotics and computer vision.

Explore cutting-edge techniques for mapping brain responses, uncovering insights into visual and auditory perception, memory, and cognitive processes.

Explore recurrent computations in the brain's cortex, focusing on visual processing, neural networks, and cognitive models to understand human perception and cognition.

Explore neural circuits and mathematical codes underlying animal navigation, focusing on computational problems and spatial representations in the brain.

Explore cognitive map theory, pattern separation, and memory processes in the hippocampus with insights from neuroscientific research and computational models.

Explore the geometry of behavior through neural manifolds, combining topology and neuroscience to understand high-dimensional information in neural circuits. Gain insights into brain function using intuitive explanations.

Explore the Tolman-Eichenbaum Machine, a computational model unifying memory and spatial navigation in the hippocampus. Learn about its architecture, performance, and implications for neuroscience.

Explore the fascinating world of predictive cognition with experts discussing cutting-edge research on how our brains anticipate and process information, shaping our perception and decision-making.

Explore cutting-edge theories on how the brain processes sensory information, focusing on predictive coding models and their implications for understanding perception.

Explore the intricate workings of visual perception, delving into neural processes and computational models that shape our understanding of how the brain interprets visual information.

Explore mammalian social evolution, examining fertility-predation tradeoffs, cognitive demands of bonding, and the impact of group size on various species' social structures.

Exploring brain dynamics using Mapper: analyzing fMRI data with geometric techniques to reveal whole-brain activity patterns and predict task performance in multitask paradigms.

Explore how brains process numbers with neuroscientist Brian Butterworth, from animal counting to human mathematical cognition and its practical implications.

Explore recent advances in neuroscience with leading experts, uncovering how the brain processes memories, speech, and attention, and the potential to manipulate these functions.