#11NeurosciencePreprint6 October 2026
What happens to your brain activity walking outdoors?
Researchers used wearable head caps to track and predict how our brains handle sights and sounds during free outdoor walks.
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#12NeurosciencePreprint5 October 2026
How a tiny brainstem hub controls our social perception
A theoretical framework suggests that our ability to read social cues relies on balanced chemical signals from a small brainstem region called the locus coeruleus.
#13NeurosciencePreprint5 October 2026
What a lonely resting brain reveals in split-second electrical patterns
A study using resting EEG scans shows that loneliness dampens the brain's spontaneous salience network, altering electrical patterns that flicker for only fractions of a second.
#14NeurosciencePreprint4 October 2026
How baby brain development rewires itself during natural play
By tracking awake, playing infants, scientists discovered that the brain rewires differently for specific actions like babbling and grabbing, rather than maturing all at once.
#15NeurosciencePeer reviewed3 October 2026
How your gut brain axis lets tiny passengers talk to your mind
Trillions of gut microbes release tiny molecules that help coat nerve wires and link to thinking skills, though direct mind control remains unproven.
#16NeurosciencePeer reviewed1 October 2026
How mice switch spatial navigation brain circuits before moving
Brain-wide imaging in mice reveals that distinct, fast-shifting sequences of cortical activity prepare the brain for different search strategies. Frontal brain areas stay active for over a second as animals move from the centre to the perimeter of a maze.
#17NeurosciencePeer reviewed25 September 2026
Why a Missing Brain Protein Traps Memories in Place
Scientists found that lacking a messenger protein called RNF10 traps mice in outdated habits, revealing that the hippocampus is essential for updating old memories.
#18NeurosciencePeer reviewed24 September 2026
How computers are learning to predict human gravity adaptation
A computer framework combining neural networks, statistical models, and an AI assistant can simulate how the human brain and body cope with the strange pulls of space.
#19NeurosciencePeer reviewed21 September 2026
How Sound Waves Can Gently Reset Brain Cells Without Any Surgery
Scientists are using low-intensity ultrasound to physically nudge brain cells through the skull, offering a non-invasive way to reach deep neural circuits.
#20Medicine & HealthPeer reviewed23 October 2026
Wearing an eye patch alters grey matter in adult brains
Blocking vision in one eye for five days caused reversible increases in grey matter volume across visual brain regions in 21 healthy adults.