Synopsis of Social media discussions
The discussions consistently reference the key findings of the publication, such as the link between theta activity and infant object recognition, using terms like 'neural responses' and 'naturalistic interactions' which reflect analytical engagement. Positive tone like 'new paper in #ChildDevelopment' and mentions of the authors underscore acknowledgment of the study's importance. The tone and focus on neural correlates and developmental implications show appreciation for the study's contribution without overly speculative or critical commentary.
Agreement
Strong agreementMost discussions acknowledge the significance of the study, with several posts citing the relationship between theta power and infant learning, indicating strong agreement.
Interest
Moderate level of interestThere is a moderate level of interest, demonstrated by the focus on neural mechanisms and infant development, but no posts show deep curiosity or questioning beyond the main points.
Engagement
High engagementPosts reference specific details like neural signals and naturalistic interactions, suggesting a fairly deep engagement with the content.
Impact
Moderate level of impactWhile the discussions highlight the study’s relevance, they mainly share summaries and praise, implying a recognized but moderate impact rather than transformative influence.
Social Mentions
YouTube
1 Videos
2 Posts
17 Posts
News
3 Articles
Metrics
Video Views
158,138
Total Likes
6,450
Extended Reach
373,183
Social Features
23
Timeline: Posts about article
Top Social Media Posts
Posts referencing the article
Understanding Childhood Memory Formation and Its Impact on Identity
Understanding how memories form in childhood is key to grasping our emotional development and behavior patterns, influenced by intense early brain development and neurological processes. This helps recognize how early experiences shape who we are today.
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Porque Você NÃO LEMBRA de Ter Sido UM BEBÊ https://t.co/zxD6nfLROf via @YouTube
view full postSeptember 5, 2025
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Michael Carmody
@m_carmody (Twitter)RT @HoehlStefanie: Theta power relates to infant object encoding in naturalistic mother‐infant interactions New paper in #ChildDevelopment…
view full postDecember 25, 2023
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Rob Henderson
@robkhenderson (Twitter)RT @HoehlStefanie: Theta power relates to infant object encoding in naturalistic mother‐infant interactions New paper in #ChildDevelopment…
view full postDecember 25, 2023
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Nikita Ghodke (she/they)
@Nikitaghodke04 (Twitter)RT @SRCDtweets: "Theta power relates to #infant object encoding in naturalistic mother-infant interactions," by @_ChrMichel, @DanielMatthes…
view full postOctober 19, 2023
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Society for Research in Child Development
@SRCDtweets (Twitter)"Theta power relates to #infant object encoding in naturalistic mother-infant interactions," by @_ChrMichel, @DanielMatthes82, and @HoehlStefanie in #ChildDevelopment Journal (2023): https://t.co/XhkPnR08PP
view full postOctober 19, 2023
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Vienna Doctoral School CoBeNe
@VDS_CoBeNe (Twitter)RT @HoehlStefanie: Theta power relates to infant object encoding in naturalistic mother‐infant interactions New paper in #ChildDevelopment…
view full postOctober 10, 2023
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Wiener Kinderstudien
@kinderstudien (Twitter)RT @HoehlStefanie: Theta power relates to infant object encoding in naturalistic mother‐infant interactions New paper in #ChildDevelopment…
view full postOctober 4, 2023
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N.S.
@KUDevSci_NS (Twitter)RT @HoehlStefanie: Theta power relates to infant object encoding in naturalistic mother‐infant interactions New paper in #ChildDevelopment…
view full postSeptember 29, 2023
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Juan Camilo Avendano-Diaz
@juancamiload (Twitter)RT @HoehlStefanie: Theta power relates to infant object encoding in naturalistic mother‐infant interactions New paper in #ChildDevelopment…
view full postSeptember 25, 2023
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Charlotte Grosse Wiesmann
@CGrosseWiesmann (Twitter)RT @HoehlStefanie: Theta power relates to infant object encoding in naturalistic mother‐infant interactions New paper in #ChildDevelopment…
view full postSeptember 24, 2023
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Adam M. Croom, Ph.D.
@adammcroom (Twitter)RT @HoehlStefanie: Theta power relates to infant object encoding in naturalistic mother‐infant interactions New paper in #ChildDevelopment…
view full postSeptember 23, 2023
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Nikita Ghodke (she/they)
@Nikitaghodke04 (Twitter)RT @HoehlStefanie: Theta power relates to infant object encoding in naturalistic mother‐infant interactions New paper in #ChildDevelopment…
view full postSeptember 23, 2023
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Neuro-hyperscanning
@hyperscanning (Twitter)RT @HoehlStefanie: Theta power relates to infant object encoding in naturalistic mother‐infant interactions New paper in #ChildDevelopment…
view full postSeptember 23, 2023
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Daniel Matthes
@DanielMatthes82 (Twitter)RT @HoehlStefanie: Theta power relates to infant object encoding in naturalistic mother‐infant interactions New paper in #ChildDevelopment…
view full postSeptember 23, 2023
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Pascal Vrtička
@PVrticka (Twitter)RT @HoehlStefanie: Theta power relates to infant object encoding in naturalistic mother‐infant interactions New paper in #ChildDevelopment…
view full postSeptember 23, 2023
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Stefanie Hoehl
@HoehlStefanie (Twitter)Theta power relates to infant object encoding in naturalistic mother‐infant interactions New paper in #ChildDevelopment with @_ChrMichel & @DanielMatthes82 @SRCDtweets https://t.co/frbLTBW7uc
view full postSeptember 23, 2023
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EduPapers
@Edupapers1 (Twitter)Theta power relates to infant object encoding in naturalistic mother‐infant interactions https://t.co/U5otaYuqE2
view full postSeptember 16, 2023
Abstract Synopsis
- The study examined how neural responses, specifically theta and alpha brain wave activity, in infants relate to their engagement with objects during natural interactions with their mothers, focusing on signals like mutual gaze, infant-directed speech, and calling their names.
- Results showed that during social interactions, infants exhibited synchronized theta activity and desynchronized alpha activity, indicating heightened neural engagement, but these brain responses were not directly linked to the maternal signals.
- Importantly, higher theta power during object encoding was associated with better later recognition of those objects, highlighting the importance of theta activity in early learning and memory processes in infants.]
CB²
@clebersegundo (Twitter)