Jellema et al. (2024) — Social Intuition: Behavioral and Neurobiological Considerations
Jellema et al. (2024) — Social Intuition: Behavioral and Neurobiological Considerations
Full title: Social intuition: behavioral and neurobiological considerations
Authors: Tjeerd Jellema, Sylwia T. Macinska, Richard J. O'Connor, Tereza Skodova
Affiliation: University of Hull, UK
Journal: Frontiers in Psychology 15:1336363
Year: 2024
DOI: 10.3389/fpsyg.2024.1336363
Type: Review / theoretical paper with preliminary data
Ingested: 2026-06-15
Summary
Social intuition is the automatic, involuntary capacity to make rapid and accurate social judgments without conscious deliberation. This paper argues that:
- Social-affective implicit learning (SAIL) of others' bodily articulations is the core mechanism
- The Mirror Neuron Mechanism (MNM) is the key neural substrate
- Autism Spectrum Conditions (ASC) show a selective impairment in SAIL (but not non-social implicit learning), suggesting an anomalous use of implicitly learned affective information
Key Concepts
Social-Affective Implicit Learning (SAIL)
Social intuitions are built through implicit learning of associations between:
- Others' bodily articulations (actions, gestures, facial expressions, vocalizations)
- Contextual cues present during the interaction
- Consequences (subsequent actions, affective valences, rewards/punishments)
This learning occurs without conscious awareness — after exposure, individuals can accurately judge others' trustworthiness, mood, or intention without being able to articulate why. Affective valences (the felt sense of liking/disliking, safety/threat) become attached to social cues through this process.
The connection to Damasio's somatic marker hypothesis is explicit in the paper: "emotions are computational tags that subserve and facilitate cognitive processes" — the gut-sense of social safety/threat is an implicitly learned affective tag, not a deliberate calculation.
Mirror Neuron Mechanism (MNM)
The Mirror Neuron Mechanism (part of the Action Observation Network) is proposed as the neural substrate for social intuition:
- MNM neurons fire both when an individual performs an action AND when they observe another performing it
- MNM supports action anticipation — predicting another's next movement based on observed trajectory
- Implicitly learned information can trigger MNM activation, making the mechanism available for social pattern recognition without deliberate processing
This provides neural grounding for Aarish's note in
co-regulation.md: the co-regulation process may work partly through MNM activation — a regulated nervous system "demonstrates" its regulated state through behavioral expressions that trigger MNM simulation in the dysregulated observer.
ASC Findings (Preliminary Data)
Typically-developed (TD) and Autism Spectrum Conditions (ASC) groups showed equal performance on a non-social version of the implicit learning task but ASC showed impaired performance on the social version. This suggests the deficit in social intuition in ASC is not a general implicit learning failure but specifically in applying implicitly learned affective information to social stimuli.
Integration with This Knowledge Base
| This Paper | Wiki Concept |
|---|---|
| Social intuition as implicit learning of bodily cues | neuroception operating in the relational domain (face, voice, posture) |
| SAIL affective valences | Somatic markers; theory-of-constructed-emotion (felt sense as prior) |
| MNM as neural substrate for co-regulation | co-regulation — mirror neuron Aarish note in co-regulation.md |
| ASC social implicit learning impairment | Faulty neuroception: can't automatically read safety/threat from others' SES |
| Somatic marker framing of affective tags | insular-cortex — somatic marker hypothesis section |
Pages Updated During Ingest
wiki/sources/jellema-2024-social-intuition.md— stub rewritten with full contentconcepts/co-regulation.md— mirror neuron Aarish note now has explicit empirical grounding from Jellema 2024
Open Questions
- How does the SAIL mechanism develop over childhood? If disrupted (as in early trauma or disorganized attachment), does it produce faulty neuroception patterns similar to ASC?
- Can SAIL be explicitly trained in adults? (Relevant to social skills interventions for people with orchid temperament who are overwhelmed by social information)
- The paper focuses on received social cues; what about the broadcast side — how reliably does a regulated Ventral Vagal nervous system transmit SAIL-legible safety signals to others?