Why GLP-1 Drugs Affect Men and Women Differently
A new atlas reveals that GLP-1—the backbone of blockbuster weight-loss drugs—is mapped differently in the male and female brain.
Why GLP-1 Drugs Affect Men and Women Differently Read More »

A new atlas reveals that GLP-1—the backbone of blockbuster weight-loss drugs—is mapped differently in the male and female brain.
Why GLP-1 Drugs Affect Men and Women Differently Read More »
From AI-driven brain models to the shared genetics of music and reading, scientists are finally decoding the brain’s most complex system.
Using AI to Map a Child’s Path to Language Mastery Read More »
Scientists develop a “brain-to-video” algorithm that reconstructs exactly what a mouse is seeing in high-quality 10-second clips.
Mind’s Eye Cinema: Reconstructing “Movies” Directly the Brain Read More »
Scientists use a new “long-read” technology to find the hidden genetic mutations behind autism that traditional tests missed.
New Technology Unlocks More Autism Gene Varients Read More »
Scientists reveal that star-shaped astrocytes are the secret to why we get more coordinated as we reach adulthood.
Astrocytes Perfect Movement in Late Adolescence Read More »
Scientists discover that your auditory system can distinguish AI voices from human ones, even when you’re consciously fooled.
Deepfake Detection: Your Brain Hears the Difference Even When You Can’t Read More »
New research reveals that firstborn children show a developmental lead as early as 6 months, driven by the “undivided attention” of their parents.
Birth Order Gap: Neurodevelopmental Differences Emerge Within 6 Months Read More »
Scientists have discovered a specific brain network that acts as a “neural fingerprint” for how well we understand what others are thinking.
How Your Brain Sizes Up Others in Real-Time Read More »
New research reveals that while best friends shape how a teen feels, the popular kids shape how they want to be seen.
Teen Friendships: Besties Deal in Emotions While Popular Control Appearance Read More »
Scientists discover that fall armyworms use a sophisticated internal compass to integrate magnetic fields and visual landmarks for long-distance travel.
How Invasive Moths Use Magnetic and Visual Cues to Migrate Read More »