Brief Report: Theory of Mind, Relational Reasoning, and Social Responsiveness in Children With and Without Autism: Demonstration of Feasibility for a Larger-Scale Study.

The team tested the kids. Six had autism. Six did not.

Each child tried two tasks. One task checked if they could think about what others think. This is called false-belief Theory of Mind.

The other task checked second-order relational reasoning. Kids had to spot patterns like "the circle that is above the square that is left of the triangle."

The study was small. The goal was to see if a bigger study is possible.

No child who failed the second-order pattern task passed the false-belief task.

This link was tight. If a kid could not do the patterns, they also could not guess what someone else believed.

A surprise showed up. Higher Social Responsiveness Scale scores went hand-in-hand with better pattern skills. This was not expected.

Safer-Lichtenstein et al. (2019) looked at 17 big social-skills trials. They found most kids in those trials were white, male, and had higher IQs. Our small pilot did not track race or IQ closely. A larger study must fix this gap.

English et al. (1995) used cluster analysis to split autism into four behavior groups. Our pilot hints that relational reasoning skill could be a fifth way to sort kids.

Burrows et al. (2018) showed that emotion dysregulation drives intolerance of uncertainty in autism. Our pilot adds a new angle: social responsiveness links to pattern skills, not just emotions.

Cox et al. (2015) found smaller class groups boost joint engagement. Our pilot suggests checking relational reasoning before placing kids in those small groups. Kids who fail the pattern task may also fail social tasks.

Before you teach false-belief or social stories, run a quick second-order pattern test. If the child fails, teach the pattern skill first. This small step may save weeks of stalled social training.