Music in the child’s brain: How tunes shape our brains 
The brain’s playlist: how rhythmic cycles keep your thoughts in sync 
Layer by Layer: How laminar fMRI captures the brain in action
Functional MRI (fMRI) has long been a core method to study brain function. Conventional fMRI,
Music in the child’s brain: How tunes shape our brains
From an early age, nearly all children are exposed to music. What role does that have in their brain development?
The brain’s playlist: how rhythmic cycles keep your thoughts in sync
Ever wondered how your brain juggles so many tasks? One moment you’re solving a maths
Why are we afraid of clowns?
The psychology behind the horror-clown: Clowns are there to make us laugh but lend themselves well to a terrifying Halloween. Where does this contradiction come from?
The case for youth and diversity in science.
The most valuable resource a society can hope to import, collect, and sustain is not oil, gold, or diamonds but the brain of a young scientist. Policymakers who forget this should revisit the fable of the hen that laid golden eggs. If the hen is killed, no more golden eggs.
Cracking the Pronunciation Code: Could You Be a Super-pronouncer?
Are you someone who is often complimented for their perfect accent in a foreign language like English? Does learning accents come easily to you? You could be a “Super-pronouncer”!
Listen to your body: How interoception can shape emotions
Have you ever felt your heart racing before getting on stage, only to feel your
The brain’s secret to communication: Learning to adapt
Have you ever wondered how children become great communicators? Research shows that early social experiences, like those shared at daycare, could shape how well children are able to adjust their communication to others.
Why connection with nature is important for high sensitivity people
Some people are more sensitive to the environment than others. Recent research shows that individuals
Between Yin and Yang: how the balance between molecules supports brain functioning
The concentrations of the brain’s key signal molecules can be measured with magnetic resonance spectroscopy, a relatively unknown imaging technique. What can we learn about how our brains work with this technique?