An investigation into social information processing in young people with Asperger syndrome.

Flood et al. (2011) asked verbally fluent tweens and teens with Asperger syndrome to walk through a social problem step-by-step. The team used a structured interview based on the Crick & Dodge social-information-processing model. Kids explained how they read social cues, pick goals, and choose responses. Parents also filled out a short checklist about peer problems and prosocial acts.

The Asperger group showed a different pattern at nearly every step. Their theory-of-mind answers lined up with parent reports of peer trouble, but not with prosocial behavior. In plain words: weak mind-reading predicted 'other kids don't like my child,' yet it did not predict 'my child helps or shares.'

Sipes et al. (2011) ran a near-copy study the same year. They also found negative social results, but used eye-tracking plus open talk instead of an interview. The two papers form a conceptual replication: different tools, same takeaway — high-functioning ASD adolescents process social scenes atypically.

Russo-Ponsaran et al. (2018) widened the idea. They built a virtual-reality game for 8- to 12-year-olds that tests the same Crick & Dodge stages Mary mapped. Their tool worked, showing the model holds for younger kids and modern tech.

Poppes et al. (2010) flipped the script. One year before Mary's deficit paper, they showed a 27-student social-cognition class boosted mind-reading, emotion reading, and parent-rated skills. The pair fits like lock and key: Mary shows where the system breaks; P shows the same parts can be taught.

You now have a quick, low-tech interview that pinpoints which social-cognitive step is off track. Use it during assessment to separate mind-reading issues from attention or language problems. Match results to modules in the Social Competence Intervention or similar programs. Track only the stages you measured — don't expect prosocial gains just because mind-reading improves.