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Published on: February 14, 2014
Impact of tablet use on young children's inhibitory control and error monitoring
Abigail F Helm1, Jennifer M McDermott1
1Department of Psychological & Brain Sciences, University of Massachusetts, Amherst, Amherst MA 01003, USA.
Insights
Brief tablet use impairs young children's inhibitory control. A study found that after a 15-minute tablet activity, children showed reduced accuracy on a cognitive task, highlighting potential impacts on executive functions.
Area of Science:
- Cognitive Psychology
- Developmental Neuroscience
- Human-Computer Interaction
Background:
- Early childhood is a critical period for developing executive functions, including inhibitory control.
- Increasing access to digital devices like tablets raises questions about their impact on cognitive development.
Purpose of the Study:
- To investigate the short-term cognitive effects of tablet use in young children.
- To examine impacts on inhibitory control and error monitoring.
Main Methods:
- 70 children (3.5-5 years) completed a go/no-go task.
- Random assignment to a 15-minute tablet-based cooking task or a toy-based cooking task.
- Re-assessment of the go/no-go task after the activity.
Main Results:
- Children using tablets showed significantly poorer inhibitory control (lower accuracy on no-go trials) compared to the control group.
- Both groups exhibited similar post-error reaction time slowing, indicating intact error monitoring.
Conclusions:
- Brief exposure to tablet use can temporarily impair young children's inhibitory control.
- These findings suggest a selective cognitive impact of digital screen time on developing minds.
Abstract:
The purpose of this study was to investigate the cognitive impacts of tablet use on young children's inhibitory control and error monitoring. A total of 70 children (35 boys) aged 3.5 to 5 years completed an age-appropriate go/no-go task and were then randomly assigned to a technology group or a comparison group. In the technology group, children completed a cooking task on a tablet for 15 min. In the comparison group, children completed a similarly structured cooking task with toys for the same length of time. Children then completed the go/no-go task again. Compared with children in the comparison group, children in the technology group demonstrated poorer inhibitory control as evidenced by lower accuracy on no-go trials after the cooking task. However, both groups displayed post-error reaction time slowing. Collectively, these results suggest that brief tablet use can impose selective impairment on young children's cognitive abilities for a short period of time following use.
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