Every mind learns partly by being corrected, by hearing that a guess missed the mark and then quietly reshaping the next guess. In a new study published in The Journal of Neuroscience, researchers from Nottingham Trent University and the Hebrew University of Jerusalem asked people to identify sounds while their brain activity was recorded, and found that autistic adults registered being told they were wrong more faintly than their non-autistic peers. The difference points less to a failure to notice mistakes than to a different way of weighing them, a reminder that the human ways of learning f
Autistic Brains Respond Less to 'You're Wrong' Feedback, Study Finds
Autistic and non-autistic people may use different strategies when learning from feedback
Mark
So what did the researchers actually find?
Mimi
That autistic adults had weaker brain responses when told they'd made a mistake, compared with non-autistic adults. They were also less guided by their own confidence.
Mark
And the task was about sounds?
Mimi
Yes, identifying sounds. Brain activity was recorded while people got feedback and then made their next decisions.
Luke
Worth pausing there. It's one kind of task. The reporting doesn't say whether the same pattern shows up with other kinds of feedback or in daily life.
Mark
The article links this to difficulty adapting to change. Is that established?
Mimi
It's presented as something the findings may help explain. The researchers say 'may,' and that's the right weight.
Luke
Agreed. The link between a weaker brain signal and real-world struggles is a hypothesis here. Also, we aren't given sample sizes or how large the differences were.
Mark
What about the part on earlier successes?
Mimi
Non-autistic participants let an earlier easy success shape their next choice more. Autistic participants did so less, which points to a different strategy for using feedback.
Luke
Different, not necessarily worse. The source says different strategies, and it's best to keep to that.
El Pulso
- A simple sound-identification test revealed that autistic adults' brains reacted more weakly when told an answer was wrong.
- Non-autistic participants let their confidence and earlier successes steer their next choices, while autistic participants were far less swayed by either.
- The researchers are weighing whether these processing differences could explain why some autistic people struggle to adapt quickly when circumstances shift.
- The findings remain a possible explanation rather than a settled one, and the field is now waiting to see whether the pattern holds beyond this sound-based task.
Every mind learns partly by being corrected, by hearing that a guess missed the mark and then quietly reshaping the next guess. In a new study published in The Journal of Neuroscience, researchers from Nottingham Trent University and the Hebrew University of Jerusalem asked people to identify sounds while their brain activity was recorded, and found that autistic adults registered being told they were wrong more faintly than their non-autistic peers. The difference points less to a failure to notice mistakes than to a different way of weighing them, a reminder that the human ways of learning from error are more varied than any single model suggests.
Participants in a new study sat through a series of sound-identification tasks while scientists watched their brain activity. The central question was a simple one: what happens inside the head when someone hears, "That answer was wrong"?
The work, by researchers at Nottingham Trent University and the Hebrew University of Jerusalem, reported that autistic adults showed weaker brain responses to negative feedback than people without autism. Scientists tracked how each person reacted to incorrect answers and whether that feedback changed the choices that followed.
Among non-autistic participants, the brain responded more strongly to being told they had erred, and their decisions closely followed both how hard the task felt and how confident they were. Autistic participants differed on both counts: weaker responses to errors, and less adjustment based on confidence. They were also less shaped by earlier correct answers, especially easy ones that non-autistic participants leaned on.
The researchers read this not as feedback being ignored but as feedback being processed and used differently. They suggest these patterns may help explain why some autistic people find it hard to adapt quickly when circumstances change, though they present that as a possibility still to be tested. The next question is whether the finding holds beyond this sound-based task.
Participants in a new study sat through a series of sound-identification tasks while scientists recorded their brain activity. The question was simple: what happens inside the head when someone is told, "That answer was wrong"?
The work was carried out by researchers at Nottingham Trent University and the Hebrew University of Jerusalem, and it appears in The Journal of Neuroscience. Its central finding is that autistic adults showed weaker brain responses to negative feedback than people without autism did.
The design was straightforward. Participants were asked to identify sounds. The scientists then looked at how each person reacted when told an answer was incorrect, and whether that feedback changed the decisions they made next.
Among people without autism, the brain responded more strongly to being told they were wrong. Their choices also tracked two things closely: how easy or hard the task had been, and how confident they felt in their answers. Both shaped what they did next.
Autistic participants looked different on both counts. Their brain responses to negative feedback were weaker. They were also less likely to alter their decision-making according to how confident they felt.
A third difference involved past success. People without autism were more likely to let earlier correct attempts influence their next choices, particularly when they had gotten an easy task right. Autistic participants were less swayed by those earlier successes. The researchers read this as a sign that feedback is processed and used differently, not that it is simply ignored.
The team believes these differences in responding to mistakes and weighing confidence may help explain why some autistic people find it hard to adapt quickly when circumstances change. That is framed as a possible explanation, not a settled one.
The findings add to the picture of how autistic individuals take in information and make decisions. They also suggest that autistic and non-autistic people may rely on different strategies when learning from feedback. The next thing to watch is whether that idea holds up in further research beyond this sound-based task.
Citas Notables
Differences in how the brain responds to mistakes and confidence may help explain why some autistic people struggle to adapt quickly to changing situations.— Researchers, as reported by NDTV
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