Parental neural responsivity to infants' visual attention: How mature brains influence immature brains during social
Sam V Wass1, Valdas Noreika2, Stanimira Georgieva2
1University of East London, London, United Kingdom.
Insights
Infants show less neural control over attention during social play. However, parental brain activity (theta power) responding to infant attention promotes sustained infant attention during social interaction.
Area of Science:
- Neuroscience
- Developmental Psychology
- Social Interaction
Background:
- Early learning and attention predominantly occur in social contexts.
- Understanding the neural mechanisms supporting dynamic social interactions is crucial.
- Limited knowledge exists on how the brain facilitates social engagement in infants.
Purpose of the Study:
- To investigate neural mechanisms of attention in infants during social interaction.
- To examine the influence of parental neural activity on infant attention.
- To compare infant neural control of attention during solo versus joint play.
Main Methods:
- Dual electroencephalography (EEG) recorded from 12-month-old infants and parents.
- Comparison of neural activity during solo play and joint play conditions.
- Analysis of theta power fluctuations and their relationship with attentional behaviors.
Main Results:
- Infant theta power predicted attention during solo play but less so during joint play.
- Infants exhibited greater overall object attention during joint play.
- Parental theta power tracked infant attention, and parental neural responsivity correlated with sustained infant attention.
Conclusions:
- Infant endogenous neural control over attention is reduced during social interaction.
- Parental neural engagement plays a significant role in modulating infant attention.
- Social interaction dynamically shapes neural processes underlying attention and learning.
Abstract:
Almost all attention and learning-in particular, most early learning-take place in social settings. But little is known of how our brains support dynamic social interactions. We recorded dual electroencephalography (EEG) from 12-month-old infants and parents during solo play and joint play. During solo play, fluctuations in infants' theta power significantly forward-predicted their subsequent attentional behaviours. However, this forward-predictiveness was lower during joint play than solo play, suggesting that infants' endogenous neural control over attention is greater during solo play. Overall, however, infants were more attentive to the objects during joint play. To understand why, we examined how adult brain activity related to infant attention. We found that parents' theta power closely tracked and responded to changes in their infants' attention. Further, instances in which parents showed greater neural responsivity were associated with longer sustained attention by infants. Our results offer new insights into how one partner influences another during social interaction.
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