Signals Across Species: Coordination, Likes, and Pheromones — 1 Minimal Moves and Alignment in Humans

Humans coordinate socially in ways that are simultaneously subtle and far-reaching. The social media “like” exemplifies this dynamic: a minimal, metaphenomenal act that leverages symbolic capacity to generate large-scale alignment. By examining this mechanism in relational-ontology terms, we can set the stage for comparison with other species’ coordination strategies.

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1. Likes as Minimal Moves

A “like” is deceptively simple:

• Minimal: a single click, a tiny token of alignment.

• Metaphenomenal: meaning about meaning — it signals one user’s alignment with another’s construed experience.

• Iterated: repeated millions of times across posts, platforms, and users.

From a systemic-functional perspective:

• Engagement is primary: the liker positions themselves relative to the post and its other interpreters.

• Attitude is secondary and flattened: affect, judgement, and appreciation collapse into a single trace.

• Graduation emerges only through aggregation: the number of likes signals the scale of alignment.

The minimal move is powerful precisely because it is low-cost and highly repeatable, creating the structural conditions for scalable social coordination.

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2. Micro-Interaction Ecology

The like operates within a predictable interactional ecology:

1. Post is made.

2. Peers like it.

3. Likes feed visibility, inspiring further engagement (comments, reshares).

Here, the like does not carry propositional content but its structural position in repeated cycles allows it to bias the trajectory of social interactions. Its minimalism ensures that alignment signals propagate efficiently through the social system.

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3. Aggregation and Coupling to Value

• Aggregation: Likes accumulate, producing visible metrics.

• Coupling to value: Counts influence attention, prestige, and algorithmic amplification.

• The distinction between meaning and value is preserved:

  • Meaning = metaphenomenal alignment.

  • Value = non-semiotic social coordination dynamics (visibility, prestige, influence).

• Iterated coupling produces ecological pressure: some content types and interaction styles become more likely to be instantiated, while others fade.

This mechanism is unique in humans: symbolic minimalism plus value feedback loops allow rapid drift in semiotic potential, creating structural transformation over comparatively short timescales.

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4. Relational Cut: The Human Case

In relational-ontology terms:

• System: Semiotic resources (posts, like buttons, interaction affordances).

• Instance: A single like actualises alignment.

• Aggregate/ecology: Counts, visibility, and feedback loops bias future semiotic acts.

• Value: Attention and prestige dynamics remain non-semiotic but coupled to meaning.

The like is the hinge connecting first-order meaning, metaphenomenal meaning, and value dynamics — a minimal act capable of driving systemic drift within human social networks.

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5. Takeaways for Cross-Species Comparison

• Humans leverage symbolic minimalism and visible aggregation for coordination.

• Likes produce iterated ecological pressure that can reshape semiotic potential.

• This sets the stage for comparison with other species:

  • Herd mammals coordinate primarily through immediate behavioural cues, lacking symbolic traces and metaphenomenal meaning.

  • Eusocial insects coordinate chemically through pheromones, generating collective alignment without symbolic mediation or metaphenomenal meaning.

In the next post, we will explore herd coordination in mammals, showing how alignment is instantiated in non-symbolic, survival-oriented systems and contrasting the mechanisms with human social media signalling.