Researchers have released data from the world's largest brain and body scanning study.
Brain activity during conscious wakefulness presents large integrated and dynamic network modules which fragment during sleep.
A new study provides insight into the neural circuit computations that underlie risk-reward decision making.
A new study challenges long held beliefs about how learning occurs. Researchers suggest learning occurs in dendrites that are in closer proximity to neurons, as opposed to occurring solely in synapses.
Researchers report a complex series of other molecular, cellular, circuit and network-level changes contribute to the progression of Alzheimer's disease.
Researchers look at evolving epileptic brain networks to obtain a better understanding of brain activity in those with epilepsy.
A new study identifies differences in brain connectivity in people with ASD compared to their typically developing peers.
A new study investigates what happens during micro-failures in neural communication and looks at potential methods of preventing long term damage.
A new study reports highly creative people appear to have more connections between their brain hemispheres.
According to UCSF researchers, during non-REM sleep, newly learned useful neural patterns are replayed and recapped.
Findings raise more questions about the origins of human cognition.
How well we are able to complete simple and complex tasks depends upon the organization of subnetworks in the brain, a new study reports.
