The strength of the activity in the fusiform gyrus was a predictor of whether the subjects were judging an experience as real or imagined. Poachers stymied. Over the decades, ...

A paper published June 5 in the journal Neuron explored these mechanisms. Scientists know from previous research that a specific brain region — the fusiform gyrus, a large ridge that runs across ...

Dr Dijkstra added: "Our findings suggest that the brain uses the strength of sensory signals to distinguish between imagination and reality." The study also showed that the fusiform gyrus ...

By analysing the brain recordings, the researchers found that an area called the fusiform gyrus was more active when people saw lines more vividly, irrespective of whether the lines were truly there.

Additionally, the study found that the fusiform gyrus collaborates with other brain areas, including the anterior insula in the prefrontal cortex, to help one decide what is real and what is imagined.

Usually, activation in the fusiform gyrus is weaker during imagination than during perception, which helps the brain keep the two apart. However, ...

“The fusiform gyrus is tracking this ‘reality signal’, this vividness signal that then predicts reality judgments [whether participants judged the image to be real],” she says.

The occipital fusiform gyrus participates in visual processing, 18, 25 and the amygdala is involved in modulating the visual processing of highly arousing emotional stimuli. 23, ...

The fusiform gyrus enables distinction between reality and imagination. Dehorning rhinos reduces poaching by 78% at low cost. Mathematical analysis supports a "big bounce" universe origin, ...