(Re-)conceptualisation in Asperger's syndrome and typical individuals with varying degrees of autistic-like traits.

Miltenberger et al. (2013) asked the adults to sort pictures into groups. Half had Asperger's. The rest were typical adults with low or high autistic-like traits.

First, everyone learned a rule like 'put all the animals together'. Then the rule flipped without warning. Now they had to re-sort the same pictures. Speed and accuracy were recorded.

Adults with more autistic traits were slower and made more errors when the rule changed. Their usual edge for living things disappeared during the switch.

In other words, the 'animate advantage' vanished. Flexibility, not basic sorting, was the weak spot.

Dolezal et al. (2010) seems to disagree. They found that higher traits speed up local visual search. The difference is the task: quick spotting of hidden shapes helps autistics, but switching concepts hurts them.

Ellawadi et al. (2017) extends the story to children. Six-year-olds with ASD also showed shaky category performance, hinting that flexibility problems start early and persist.

Weinmann et al. (2023) adds adult evidence. Autistic adults struggled to swap between their own and another person's view in false-belief tasks, matching the pattern of slow mental switching seen here.

When you ask a learner to 'do it a new way', extra time and clear cues are vital. Break the shift into tiny steps and preview the new rule before the change. This small tweak keeps the session calm and cuts errors for autistic clients who find flexibility hard.