13 Facts About Mental imagery

Biological basis for mental imagery is found in the deeper portions of the brain below the neocortex.

Auditory performance Mental imagery have been observed in the premotor areas, precunes, and medial Brodmann area 40.

Tactile Mental imagery is found to occur in the dorsolateral prefrontal area, inferior frontal gyrus, frontal gyrus, insula, precentral gyrus, and the medial frontal gyrus with basal ganglia activation in the ventral posteriomedial nucleus and putamen.

Research in gustatory Mental imagery reveals activation in the anterior insular cortex, frontal operculum, and prefrontal cortex.

Novices of a specific form of mental imagery show less gray matter than experts of mental imagery congruent to that form.

Neuroscience with Mental imagery has been used to communicate with seemingly unconscious individuals through fMRI activation of different neural correlates of Mental imagery, demanding further study into low quality consciousness.

Visual imagery is the ability to create mental representations of things, people, and places that are absent from an individual's visual field.

Vividness of visual Mental imagery is a crucial component of an individual's ability to perform cognitive tasks requiring Mental imagery.

Dijkstra and colleagues found that the variation in vividness of visual Mental imagery is dependent on the degree to which the neural substrates of visual Mental imagery overlap with those of visual perception.

Mental imagery images are an important topic in classical and modern philosophy, as they are central to the study of knowledge.

Mental imagery's point was that the idea that the rock is just another mental image and has no material existence of its own is a poor explanation of the painful sense data he had just experienced.

Recent studies in neurology and neuropsychology on mental imagery have further questioned the "mind as serial computer" theory, arguing instead that human mental imagery manifests both visually and kinesthetically.

Laboratory studies have suggested that the subjectively reported variations in Mental imagery vividness are associated with different neural states within the brain and different cognitive competences such as the ability to accurately recall information presented in pictures Rodway, Gillies and Schepman used a novel long-term change detection task to determine whether participants with low and high vividness scores on the VVIQ2 showed any performance differences.