A tiny EEG cap, created to measure activity in a brain model the size of a pen dot, could lead to better understanding of neural disorders.

Wireless technology that remotely activates brain circuits in flies in less than a second could one day activate circuits in humans without needing surgery.

A new explanation for some forms of epilepsy with unknown causes could also have implications for other neuromuscular diseases such as ALS.

Research with monkeys shows that when eyes meet, neurons fire in multiple parts of the brain. It gets at how we figure out the meaning of a "social gaze."

The discovery of a new way that astrocytes and neurons communicate could lead to treatments for epilepsy, Alzheimer’s, and traumatic brain injury.

New evidence indicates that a decades-old idea about brain injury due to stroke may have been discarded too hastily.

Growing rodent retinal neurons on a fractal-patterned electrode is a step toward a bionic eye, say researchers.

A study of brain cell types in the visual system of fruit flies uncovers similarities with human brain development and could hold clues to regenerative medicine.

"For every action the animal was performing in the cage, we were able to understand what calculations the neurons were doing in that brain."

Research reveals that the right amount of exercise can reverse cognitive decline in mice and boost spatial learning and memory.