Explore how gradient boosted trees are revolutionizing neuroscience by decoding neuronal population codes and coordination patterns.
Explore how neuroscience reveals how auditory training rewires brains to treat language-related deficits like DLD and dyslexia
Discover how multiscale network neuroscience is revolutionizing neuro-oncology by revealing how brain tumors hijack neural circuits across scales.
Discover how the missing Relaxin-3 molecule creates circadian hypoactivity and disrupts our daily energy rhythms through fascinating neuroscience research.
Explore how Inverse Reinforcement Learning with Switching Rewards and History Dependency (SWIRL) is revolutionizing our understanding of animal decision-making and behavior.
Explore the remarkable interdisciplinary science featured in JoVE during April 2014, showcasing advances in bioengineering, neuroscience, and biotechnology.
Exploring how behavioral economics and neuroeconomics reveal why smart people make decisions that threaten our planet's future and how we can design better climate policies.
Explore how interactive web platforms are transforming large-scale electrophysiology data exploration in neuroscience, enabling researchers to navigate complex brain activity patterns.
Exploring how engineering RNNs from task-relevant manifolds and dynamics represents a fundamental shift in AI development and neuroscience understanding.
Exploring the surprising link between mental imagery and chronic pelvic pain, and how brain representations may hold the key to new pain management therapies.