Research Articles
Predicting the Unpredictable: How AI is Learning to Forecast Seizures in Autism
Discover how Variational Convolutional Neural Networks are revolutionizing paroxysm prediction in autism spectrum disorder through advanced AI and neuroscience.
The Aching Back and the Scale: Can a Healthier Lifestyle Be the Ultimate Painkiller?
Exploring the groundbreaking international study investigating whether structured lifestyle interventions can effectively treat chronic low-back pain in people with obesity.
The Blinking Mind: Why Your Eyes Freeze to Help You See
Discover the fascinating phenomenon of saccadic inhibition and how your brain pauses eye movements to process visual information during continuous exploration.
EthoPy: The Open-Source Key to Unlocking Reproducible Neuroscience
Discover EthoPy, an open-source Python framework transforming animal behavior experiments into precise, automated science for reproducible neuroscience research.
How 'Coming Home' Builds Resilience Against Substance Use
Exploring how cultural reconnection fosters resilience against substance use in Indigenous communities through neuroscience and community-based research.
How Your Head Turns Control Your Focus: The Hidden Conversation Between Brain and Body
Discover how head movements integrate with brain signals to guide attention through sophisticated neural pathways and biomechanical coordination.
The Uncontrollable Laugh: Why Being Tickled is a Neurological Enigma
Discover the neuroscience behind tickling and why this childish phenomenon reveals profound clues about consciousness, social bonding, and the nature of self.
The Social Brain: How Our Biology Shapes Human Connections
Explore the foundations of social neuroscience and discover how our brains mediate social interactions, from forming impressions to experiencing loneliness.
Beyond the Fight: How Brains Establish Dominance Without Throwing a Punch
Discover how cutting-edge neuroscience reveals animals establish dominance through chemical signals and past experiences rather than physical competition.
Seeing the Brain in Brilliant Color: How Fluorescence Microscopy Reveals the Brain's Inner Workings at Single-Cell Resolution
Explore how fluorescence microscopy is revolutionizing neuroscience by revealing brain function at single-cell resolution through neural decoding and encoding techniques.