A new psychology study suggests that social anxiety may affect how kids “bounce back” after they mess up, but the effect depends on age. The research team, led by doctoral researcher Olivia A. Stibolt at Florida International University, reported the findings in the Journal of Child Psychology and Psychiatry.
In plain terms, the study found that younger children with higher social anxiety had more trouble tightening their attention right after they made an error. Older kids with social anxiety did not show the same pattern. That matters because school and friendships are full of small mistakes and how a child responds in the next moment can shape confidence, focus and performance.
Why Researchers Studied Mistakes In Social Anxiety
Mistakes are social, especially for kids. A wrong answer in class, a fumbled word in front of friends, or a missed shot in sports can feel like a spotlight. For a child with social anxiety, those moments may come with extra worry about being judged.
Researchers have long been interested in how anxious people react to errors. In adults, many studies link anxiety to stronger “error monitoring,” which is basically the brain’s alarm response when something goes wrong. Yet earlier work in children has not looked so consistent, which raised an important question about development.
Instead of focusing only on the instant an error happens, this study zoomed in on what comes next. The team looked at post-error processing, which is the brain and mind’s “course-correct” phase after a mistake. If a child can quickly refocus, they may recover on the very next question or social moment.
Who Took Part And How Social Anxiety Was Measured
The study included 214 children and teens ages 7 to 17 who were referred to a university-based clinic focused on child anxiety and related concerns. Importantly, this was a clinical sample, not a general classroom sample, which helps explain why many participants had meaningful anxiety symptoms.
About half of the group, 108 participants, met criteria for a social anxiety diagnosis. That detail matters because it means the researchers could compare patterns across a wide range of symptom levels, from lower to higher.
To measure social anxiety symptoms, the researchers used the Screen for Child Anxiety Related Disorders (SCARED). Both children and parents completed it, which can add useful perspective since kids and parents sometimes notice different parts of anxiety.
Another key point is age itself. The study was designed to test whether age changes the relationship between anxiety and attention after mistakes, rather than treating all kids as one group. That developmental focus is what makes the results especially interesting.
The Flanker Task Used To Trigger Real-Time Errors
If you’ve ever tried to focus while other people distract you, you already understand the basic idea behind the flanker task. In this computer task, kids see a row of arrows and must quickly report the direction of the center arrow while ignoring the surrounding arrows.
Some trials are easy because the surrounding arrows point the same way as the middle arrow. Others are harder because the side arrows point in the opposite direction, which increases conflict and makes errors more likely. That gives researchers a clean way to observe attention and control under pressure.
What makes this useful for anxiety research is that the task produces a steady stream of small wins and small slip-ups. Those slip-ups are not personal or social in the usual sense, but they still create a “mistake moment” that the brain has to respond to right away.
A Computational Model Estimated Post-Error Attention
Here’s where the study gets more detailed. Instead of relying only on obvious measures like reaction time, the researchers used a mathematical approach to estimate what was happening “under the hood” of performance.
Specifically, they applied the Shrinking Spotlight Drift-Diffusion Model, often shortened to SSP-DDM. You can think of it as a way to estimate how narrowly someone’s attention is focused and how that focus shifts over time, including right after an error.
Why not just look at how fast kids responded after a mistake? Because speed can change for many reasons. A child might slow down due to caution, confusion, fatigue, or strategy. The modeling approach aims to separate those possibilities and provide a clearer estimate of attentional focus after errors.
In other words, the model helped the team ask a sharper question: after a child makes a mistake, do they “tighten up” attention on the next trial, or do they stay scattered? That distinction turned out to matter for understanding social anxiety across different ages.
Younger Children With More Social Anxiety Struggled To Refocus
The main pattern showed up in the younger children. Among kids on the younger end of the age range, higher social anxiety symptoms were linked with weaker post-error attentional focus. In simple language, after a mistake, their attention did not narrow as effectively for the next moment.
Picture a second-grader making a small error on a timed activity. Many kids can shake it off and lock back in. The study suggests that for some younger children with more social anxiety, that lock-in step may be harder, at least in the kind of controlled task the researchers used.
“Only younger children showed less ability to focus attention after errors,” Stibolt explained in describing the pattern.
It’s also worth noting what the finding does not say. It does not mean socially anxious younger kids always perform worse overall, or that they cannot learn focus. The result is about one specific process, what happens immediately after an error and it was estimated through a modeling approach rather than a single visible behavior.
In Older Kids, The Link Between Social Anxiety And Post-Error Focus Faded
As age increased, the relationship between social anxiety and post-error attentional focus weakened. By early adolescence, roughly around ages 11 to 13 in this sample, the link appeared to fade out.
One possible interpretation is that cognitive control skills improve with development. Older kids and teens often get better at resetting attention and sticking with goals, even when something goes wrong. That development could reduce how much social anxiety “spills into” the moment after a mistake.
At the same time, the study does not claim that social anxiety disappears in adolescence. Many teens still struggle socially. The result suggests something narrower, that the specific post-error attention pattern seen in younger children was not detectable in the same way among older participants in this sample.
That age shift also helps explain why past research on errors and anxiety in youth has looked mixed. If the underlying relationship changes as kids grow, then studies that focus on one age band can produce results that do not generalize to another.
Traditional Behavior Measures Missed What The Model Detected
Another notable part of the study is methodological. When the researchers analyzed more traditional “surface” measures, like basic post-error slowing or accuracy shifts, the key pattern did not show up the same way.
That does not mean traditional measures are useless. They are simple, widely used and easy to interpret. Still, they can miss subtle changes in attention, especially when multiple processes are happening at once.
The computational model, by contrast, was designed to estimate specific hidden components of decision-making and attention. In this study, the model-based approach appeared more sensitive to the age-linked relationship between social anxiety and the ability to refocus after a mistake.
Why This Matters For How Clinicians Evaluate Social Anxiety By Age
A practical takeaway is that age may change what “anxiety-related” performance looks like. If younger children with social anxiety show more difficulty refocusing after errors, then assessments that consider these moment-to-moment attention shifts might be more informative in younger age groups.
For older kids, the study suggests the same post-error attention signature may not be as useful as a marker, at least on this kind of lab task. That is a reminder that developmental differences can shape which cognitive patterns are visible at different ages.
“These age-based differences highlight the importance of taking age into consideration,” Stibolt noted when discussing assessment and treatment planning.
If you’re a parent, teacher, or coach, this study does not offer a checklist for diagnosing anxiety. It does offer a helpful way to think about mistake moments in daily life:
In younger kids, anxiety may show up as “staying rattled” right after a small slip.
In older kids, anxiety might appear in other ways, like avoidance or worry before performance.
Across ages, responses to mistakes can be shaped by context, like peer pressure or evaluation.
One more nuance is that the participants were clinic-referred. That makes the findings especially relevant to real-world clinical settings, but it also means the patterns may not match what you would see in a general community sample.
Key Limits And What Future Studies Should Test
Every study has limits and this one is no exception. First, it was cross-sectional, meaning the researchers measured different kids at different ages, rather than following the same kids over time. So the findings suggest an age-related pattern, but they cannot prove how any one child’s processing changes as they grow.
Second, the task took place in a controlled lab setting. A flanker task can capture attention and error response well, but it does not fully recreate the emotional heat of real-life social mistakes. A wrong answer on a screen is not the same as stumbling through a presentation or being laughed at by peers.
Third, social anxiety was measured with questionnaires and clinical diagnosis, which are important tools. Yet anxiety can vary by situation and day. Future work could combine lab tasks with more real-world measurement, like brief surveys across the week.
Next steps could be especially valuable if they test how these patterns relate to everyday functioning. Researchers might ask whether reduced post-error focus in younger socially anxious kids predicts school stress, avoidance, or rumination. They could also test whether different task contexts, including social evaluation cues, change the post-error response. For readers, the big message is simple: the “after a mistake” moment may look different at age 8 than it does at age 15, even when the label is the same.
Study reference: Florida International University’s study record for “Exploring the role of post-error processing in social anxiety across age,” published in the Journal of Child Psychology and Psychiatry.