Individuals with low or no means to visualise psychological pictures usually tend to work in scientific and mathematical industries than artistic sectors, analysis has discovered.
A research led by the College of Exeter examined individuals with aphantasia, which describes when persons are unable to visualise within the thoughts.
The phenomenon is the alternative of hyperphantasia – the place individuals have notably vivid psychological imagery – which has been proven to be extra widespread in artistic professions.
Adam Zeman, professor of cognitive and behavioural neurology, initially coined the phrase aphantasia in 2015.
“This discovery provides importantly to our understanding of aphantasia,” Prof Zeman mentioned.
“Our analysis reveals that aphantasia has sure advantages to individuals working in technical sectors whereas hyperphantasia predisposes individuals to work within the arts.
“Whereas that is the general development, we all know there are lots of exceptions – for instance, we not too long ago organised an exhibition of artwork created by aphantasic artists which went on present in Exeter and Glasgow in 2019.”
The analysis concerned 2,000 individuals with aphantasia, 200 with hyperphantasia and 200 management individuals with mid-range imagery vividness.
Greater than 20% of individuals with aphantasia labored in science, computing or arithmetic.
In those that had hyperphantasia, greater than 25% labored in arts, design, leisure and different artistic industries.
Professor Craig Venter, who led the workforce reporting the primary draft sequence of the human genome, has aphantasia.
“I’ve discovered as a scientific chief that aphantasia helps vastly to assimilate advanced info into new concepts and approaches,” Prof Venter mentioned.
“By understanding ideas vs reality memorisation I may lead advanced, multidisciplinary groups without having to know their degree of element.”
The analysis was led by the College of Exeter with collaborators from the College of Edinburgh and Heriot-Watt College.
The paper is revealed within the journal Cortex.