Hyperscanning reveals the brains of patients and musicians sync during music therapy.
Researchers argue humans did not evolve to be consistently happy but primarily survive and reproduce. Evolution, they say, placed an advantage on depression, preventing humans from engaging in risky or hopeless situations.
Taking a short rest following a learning activity to help strengthen memory consolidation.
A new study reports those who smoke 20 or more cigarettes a day have a reduced ability to discriminate contrast and colors compared to non smokers.
Researchers implicate a brain region called the paracingulate sulcus in the experience of hallucinations. The findings shed light into why some people are more likely to hallucinate than others, and provides a new target for treatment aimed at reducing the experience.
Researchers report older adults who take up drawing are better able to retain new information than those who write notes.
A new study reveals a brain region that contributes to anhedonia, the loss of pleasure, in those with depression. The study also shows how ketamine acts on this brain region, explaining why the drug appears to be so effective at treating anhedonia.
Study reports audiovisual editing causes an increase in activity in visual processing areas, while continuous and orderly editing produces more cognitive processing activity.
Researchers say we constantly create false memories to help us achieve the identity we want.
A new EEG and fMRI study of epilepsy patients may reveal clues about the origins of consciousness. Researchers report activity in the frontal lobe changes 2 seconds before patients report an alteration in perception, and activity in the medial temporal lobe changes one second prior to them reporting.
A new study reveals, in rodents, some spinal pain begins in the frontal cortex. Researchers say the findings could help in the development of new treatments for chronic pain.
A new SPECT imaging study reveals those with treatment resistant depression have lower cerebral blood flow within the frontal, parietal and temporal lobes.
