Researchers are embarking on a new project to better understand the mechanisms of cognitive control.They hope to generate a specific mathematical model for each individual's brain activity in order to understand how cognitive control differs between people.
Researchers investigate the teenage brain and answer questions as to why behaviors change so much during these years.
Researchers investigate children's thought processes as they figure out how to deceive others.
Differences in cognitive control appear to be a matter of degree in healthy individuals.
Neuroimaging can be used to assess a person's risk of suicidal behavior. Those with mood disorders, a history of suicidal thoughts, and those with a history of suicide attempts have less connectivity in the cognitive control network. They also have reduced connectivity between the cognitive control network and the default mode network.
A new study reports mothers who demonstrate better emotional control and problem solving abilities have a more positive influence on their child's behavior.
A new method that merged artificial intelligence with electrical brain stimulation improved brain functions related to self-control and mental flexibility.
A new study reveals which parts of the brain are most able to exert cognitive control over actions and thoughts.
A new study reveals how the brain manages to perform learned categorization while under stress.
The activity of the dorsal anterior cingulate cortex (dACC) during motivated control reflects the calculation of surprise. The findings take cognitive control research to new heights by providing insight into how the dACC works as a component of a brain network that supports motivated behaviors.
A new study reports lower levels of conflict related brain activity in adolescents are associated with a higher risk for later psychosis.
Study confirms the acceptability, feasibility and safety for using Project: EVO, a action video game experience, for children on the autism spectrum with co-occurring ADHD.