#1NeurosciencePeer reviewed28 October 2026
How Three Tiny Neurons Control Fly Walking Circuits
By simulating the fly nervous system, researchers discovered a simple trio of nerve cells that acts as a natural metronome for all six legs.
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#2NeurosciencePeer reviewed28 October 2026
How tiny cellular fingers keep your brain signals in step
Active nerve ends sprout temporary finger-like projections that generate a physical current across their skin. This surface flow clears used docking bays so the next signals can fire on time.
#3NeurosciencePeer reviewed23 October 2026
How AI brain decoding models your thoughts without endless brain scans
Researchers showed that artificial networks can simulate how brains react to films, capturing distinct personal mental patterns without extra scanner visits.
#4NeurosciencePeer reviewed20 October 2026
What hypnosis brain waves reveal about our shifting minds
A review of brain activity shows that hypnosis reorganises neural networks and alters specific wave frequencies linked to depth and focus.
#5NeurosciencePeer reviewed19 October 2026
A tiny wireless brain microscope reveals thousands of neurons firing during natural play
Engineers built a one-gram wireless mesoscope that lets mice run, swim, and interact while recording more than 8,500 individual brain cells at once across their cortex.
#6NeurosciencePeer reviewed15 October 2026
Why your brain confuses a sharper sound with a higher note
Brain scans reveal that the auditory cortex maps pitch and brightness together, showing why people mix up tone colour with musical pitch.
#7NeurosciencePeer reviewed14 October 2026
Why dyscalculia problem solving is about steering, not just horsepower
A computational model reveals that children with developmental dyscalculia struggle not only with basic maths steps, but also with the mental steering needed to switch tactics when stuck.
#8NeurosciencePreprint11 October 2026
How your eyes reveal a change of mind before you turn
Tracking gaze during virtual journeys shows that eye movements reveal hidden mental doubts and predict changes of mind before subjects alter course.
#9NeurosciencePreprint8 October 2026
How buzzing your ear helps your brain work smarter, not louder
Gentle buzzes to the ear improve working memory not by boosting incoming sights, but by cutting brain noise to run more smoothly.
#10NeurosciencePreprint7 October 2026
How the brain works when we try to forget our own past
Scientists reviewing brain-scan studies found no clear consensus on how we choose to forget personal memories, and they suggest pairing two scanning tools to solve the puzzle.