
Explore the scientific evidence behind art's impact on health and well-being, and learn how integrating arts into healthcare can lead to innovative treatments and improved outcomes.

Exploring the intersection of dance and neuroscience: how choreography enhances brain development, featuring live performance and real-time brain activity analysis of dancers.

Explore the science behind singing's profound benefits for physical and mental health, and its positive impact on individuals and communities.

Discover how neuroscience and architecture intersect to create spaces that enhance human well-being, social interactions, and cognitive function through innovative design principles.

Explore the importance of sleep for teenagers, learn about the Somnia app, and discover how cardiac coherence can improve sleep patterns and overall well-being.

Explore groundbreaking research on cardiac ion channelopathies and their impact on heart physiology, offering new perspectives on cardiovascular disease mechanisms and treatments.

Discover how neuroimaging advances our understanding of HIV-associated neurocognitive disorders (HAND) through cutting-edge research and clinical applications presented by a leading neurological expert.

Explore the ethical challenges and solutions surrounding AI-enhanced brain-computer interfaces, focusing on experimental psychiatric treatments and corporate responsibility in neurotechnology development.

Explore the unique mechanical properties of axonal structures, including their viscoelastic responses, contractility, and growth patterns within neuronal cells and their biological significance.

Explore fascinating parallels between neural networks and social interactions, discovering how billions of neurons mirror human communication patterns in network neuroscience.

Explore advanced neuroimaging techniques through BrainPET insert design for ultra-high-field MR systems and metabolic marker imaging, focusing on OEF measurements and their clinical applications.

Explore the fascinating intersection of neuroscience and magic as Gustav Kuhn demonstrates how our brains can be tricked by misdirection and optical illusions, revealing insights into perception and cognition.

Nobel laureate John O'Keefe explores the neuroscience behind spatial orientation, discussing how the brain creates internal maps and GPS-like systems for navigation and understanding our environment.

Explore how brain wiring shapes individual differences in personality, intelligence, and behavior. Discover the interplay between genetics, development, and experience in forming our unique selves.

Explore the neuroscience behind vivid memories, their importance to our identity, and the brain regions involved in remembering. Discover how memory affects reality perception and its implications for mental health.

Explore cognitive maps and how the brain organizes information for flexible behavior. Learn about hippocampal neurons, non-spatial mapping, graph theory, latent spaces, and factorized representations in neuroscience.

Karl Friston explores the connection between perceptual inference and decision-making in cognitive neuroscience, examining whether these seemingly different processes share underlying information theoretic principles.

Explore quantum oscillations in microtubules and their role in consciousness, including anesthetic effects and the Orch OR theory, with insights from Stuart Hameroff.

Exploring synaptic dynamics in memory formation, focusing on competitive mechanisms that lead to long-term memory emergence in neural networks and their implications for understanding human memory.

Exploring brain's information processing architecture and its role in consciousness through integrated information decomposition, revealing a synergistic global workspace crucial for conscious experience.

Explore auditory processing, sound perception, and the brain's ability to distinguish multiple sound sources. Learn about computational modeling and the "Cocktail Party problem" in this insightful lecture by MIT Professor Josh McDermott.