Brief Report: Autism-like Traits are Associated With Enhanced Ability to Disembed Visual Forms.

Sabatino DiCriscio et al. (2017) asked healthy adults to fill out two short forms. One form rated their own social and communication style. The other tested how fast they could pick a simple shape hidden inside a busy picture.

The team then looked for a link between self-reported autism-like traits and visual skill. They also checked whether the link was the same for men and women.

Adults who said they had more autistic social traits also scored higher on the hidden-shape test. In plain words, they were better at pulling a small form out of a cluttered background.

The effect was strongest in men. Women showed the same direction, but the numbers were smaller.

Moss et al. (2009) and Bowen et al. (2012) saw the same pattern earlier: college students with high autistic traits finished the Embedded Figures Test faster. Antoinette simply widened the age range and confirmed the link holds outside the classroom.

Brereton et al. (2006) and Rojahn et al. (2012) showed that people diagnosed with autism—and even their fathers—outperform typical adults on the same test. The new study closes the loop: you don’t need a diagnosis to show the advantage; the trait alone is enough.

Laycock et al. (2014) looks like the opposite story at first glance. They found that higher autistic traits predicted worse visual discrimination when pictures flashed on screen briefly. The tasks differ: Antoinette used a static hidden-figure puzzle, while Robin used quick, changing objects. One test rewards detail focus; the other punishes slow attention switching. Same traits, different visual demands, different outcomes—no real contradiction.

If a client breezes through hidden-picture worksheets but struggles with fast-changing video instruction, their trait profile may explain why. Match teaching materials to their visual style: use static, detail-rich prompts for learners with high autism-like scores, and give extra processing time for brief or moving stimuli.