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Wonderworks review: How stories affect our brains

Wonderworks by Angus Fletcher tells the fascinating tale of the neuroscience of storytelling. It traces the narrative tools that trigger our brains’ responses to some of history’s greatest literature
Person undergoing a CAT scan in hospital. PET scan equipment. Medical CT scan of patient.
JOHNNY GREIG/Getty Images

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Person undergoing a CAT scan in hospital. PET scan equipment. Medical CT scan of patient.
MRI scans and other tools allow researchers to see our neurological responses to art
JOHNNY GREIG/Getty Images

Wonderworks: Literary invention and theÌýscience of stories
Angus Fletcher
Swift Press

NEUROLOGICAL takes on art are fertile ground for a book. In 1999, neurobiologist Semir Zeki published Inner Vision, which explained how different schools of art affect us neurologically – put crudely, Rembrandt tickles one corner of the brain, Mondrian another. Eight years later, Oliver Sacks contributed to an already crowded music psychology shelf with , a collection of true tales in which neurological injuries and diseases are successfully treated with music.

Angus Fletcher believes the time has come for literature to get the neurological treatment too. Over the past decade, researchers have used pulse monitors, eye-trackers, brain scanners and other gadgets toÌýlook inside our heads as we consume novels, poems, films andÌýcomic books. Now these effortsÌýare starting to bear fruit, asÌýhe sets out in Wonderworks.

Fletcher’s own experimental work includes a , a form of narrative that draws attention awayÌýfrom the narrator, instead slipping in and out of characters’ experiences and consciousness. Five literary texts that deal with revenge, including Homer’s Odyssey and Mario Puzo’s The Godfather, were presented in an adapted form to volunteer readers, sometimes as “straight“ stories and at other times written in free indirect discourse. The study found that readers of theÌýlatter tales not only offered more empathic responses to a follow-up questionnaire, they also showed a greater understanding of behaviours and moral choices they didn’t identify with.

The claim that reading novels improves theory of mindÌý– the ability to put yourself in someone else’s shoes – has been, and has been especially popularised by a team of psychologists at the University of Toronto headed by Keith Oatley. When we are very young, we assume that everyone thinks and feels as weÌýdo, but somewhere around our fourth birthday, most ofÌýus begin toÌýrealise that other people’s heads have their own distinct contents.

Our theory of mind develops asÌýwe imaginatively simulate other people’s thoughts. Since stories canÌýpresent characters’ interiority, might this aid us as we practise andÌýimprove our real-life theory-of-mind skills? Research by Oatley and his colleagues has . Other studies suggest thatÌý, that romance fiction can and that fiction can .

Defining technology as “any human-made thing that helps toÌýsolve a problemâ€�, Fletcher nowÌýjumps several stages further, hypothesising that a story is a suite of narrative-emotional technologies that have helped our ancestors cope with the psychological challenges posed by human biology.

Wonderworks, then, is Fletcher’s scientific history of literatureÌý– eachÌýof its 25 chapters identifies aÌýnarrative “toolâ€� that triggers a traceable, evidenced neurological outcome. Every tool comes with a goofy label: here you will encounter Butterfly Immersers (which push our sense of socially acceptable behaviour, calming the activity of the brain’s medial frontal gyrus) andÌýStress Transformers (which playÌýon the shared neurological origins of horror and humour).

The book is an intelligent, engaged and erudite attempt to neurologically tackle not just some abstract and simplified “storyâ€�, butÌýsome of the world’s greatest narratives, from the Iliad to Dream ofÌýthe Red Chamber, from Disney’s Up to the novels of Elena Ferrante. ItÌýspeaks to the inner reader in us all, as well as to the inner neurologist.

Topics: book / Brain