We began with a deceptively simple question:
What can matter before there is society?
The answer led us downward.
A bacterium can be value-sensitive without having a social world.
Organisms can then become significant to one another.
Signals can couple their activities.
Formerly independent organisms can become integrated into larger individuals.
Distributed processes can produce collective organisation.
Cells can differentiate into components of a new organism.
Organisms can become embedded in extensive ecological networks.
And eventually, in some lineages, recurrent relations among distinct participants become socially organised.
The result is not a single ladder.
It is a branching natural history.
1. Biological value comes first
At the beginning is the organism.
Its organisation differentiates among conditions according to their consequences.
Some states support its continuation.
Others undermine it.
This is biological value.
It does not require:
consciousness;
language;
representation;
or society.
It requires only that the organisation of the living system makes some differences consequential for itself.
That gives us our starting point:
value without relationship.
2. Relational significance comes next
Once organisms encounter one another, something new becomes possible.
An organism can alter another organism's conditions.
Its signals can engage another value system.
Its activities can support, threaten or modify another's possibilities.
At this point, another organism has become relationally significant.
This is not yet social mattering.
The distinction is important.
Biological value: what matters within an organism's own organisation.
Relational significance: how another organised system becomes consequential to that organisation.
Social mattering: recurrent relational significance organised into a social system.
These are different levels.
3. Signalling creates coupling
Signals provide one of the simplest mechanisms.
One organism produces a difference.
Another detects it.
Its organisation changes.
That change alters the conditions again.
We therefore have:
value → signal → response → altered conditions
A signal need not be a sign.
No symbolic interpretation is necessary.
The relation remains biological.
This gives us an important boundary:
significance can travel between organisms before meaning exists.
4. Collective coordination can emerge
Once signals and responses become coupled, collective patterns can appear.
Many organisms can coordinate without a central controller.
A group can alter direction.
A population can change its activity.
A network can reorganise.
The whole can therefore exhibit patterns that are not possessed by any individual member.
But collective coordination is not yet sociality.
A collective pattern can emerge from local value-sensitive interactions without the participants inhabiting a persistent social structure.
This is why we need the distinction:
collective coordination ≠ social mattering.
5. Relationship can become constitutive
Endosymbiosis revealed another possibility.
An organism need not merely interact with another.
It can become integrated with it.
A former independent lineage can become a component of a larger organismic organisation.
The result is not merely cooperation.
It is a new level of individuation.
This gave us a deeper principle:
relationships can become constitutive of individuality.
A new whole can emerge from the integration of previously distinct value-organised systems.
6. Individuation can proceed through interdependence
Multicellularity revealed a related principle.
Cells can become differentiated.
Some lose capacities.
Others specialise.
The larger organism gains possibilities that no individual cell possesses.
The result is paradoxical:
the whole becomes more capable partly because its components become less independently capable.
Individuation is therefore not simply separation from others.
It can emerge through increasing interdependence.
7. The topology can become nested
At this point, relational organisation exists at multiple scales.
A cell can be an individual at one level and a component at another.
An organism can be a whole within itself and a participant in an ecological network.
The same system can therefore occupy different positions in different relational structures.
We no longer have one topology.
We have nested topologies of biological consequence.
This is why the question "What is the individual?" has no simple answer once biological organisation becomes sufficiently complex.
8. Ecological networks are relational without necessarily being social
Trees brought this into particularly sharp focus.
A tree does not live in isolation.
Other plants, fungi, microorganisms, herbivores, soil and climate all affect its possibilities.
Its life is embedded in a changing network.
Yet we do not need to call the network a society.
This gives us another important distinction:
ecological relationality is not necessarily sociality.
A relation can be persistent, reciprocal and consequential without becoming social mattering in the stronger sense.
9. Social mattering requires organised participation
The social threshold therefore lies somewhere beyond interaction.
A participant must become consequential to another participant in recurrent ways.
Those relations become stable.
Roles or patterns emerge.
Expectations can develop.
The participants' repertoires become adapted to the relational environment.
The relationship itself becomes part of the organisation.
We can then speak of:
social mattering.
The important transition is not simply:
one organism affects another.
It is:
relations among value-organised participants become organised as a persistent field of participation.
10. Mattering is therefore not synonymous with interaction
This may be the most important conceptual correction to preserve.
Everything alive interacts with something.
But not everything is social.
Everything biological is value-sensitive.
But not everything is relationally organised.
Everything relational is not necessarily social.
So our sequence is not:
value = mattering = sociality.
It is:
value → relational significance → social mattering.
The distinctions are what make the natural history intelligible.
11. Repertoire emerges from history
A participant in a persistent relational system does not respond afresh to every situation.
Its history changes what it can do.
Some responses become more available.
Some relationships become more familiar.
Some pathways become easier.
Others more difficult.
This is the beginning of what we have called repertoire.
At the human level, repertoire becomes richly social and semiotic.
But its deeper principle is biological:
history becomes organised as future possibility.
That principle can appear long before language.
12. The topology becomes historical
Once history shapes repertoire, the topology itself becomes historical.
Past relations affect present possibilities.
Old pathways may persist.
New ones may open.
Some connections disappear.
Some become stronger.
The system is no longer merely located within a topology.
It participates in continually making and remaking the topology.
This is true at different scales, from physiological organisation to ecological networks to social systems.
13. Social mattering is a special form of biological organisation
We can now reinterpret Halliday's taxonomy.
The social is not an entirely new substance added to biology.
It is a new organisation of biological value.
Biological value becomes socially organised when the activities of value-sensitive organisms become recurrently consequential to one another through persistent relations.
This gives us a possible reading of Halliday's "added component of value".
The value was already present.
What is added is its social organisation.
14. And meaning comes later
This finally clarifies the relationship with semiosis.
A semiotic system does not begin with symbols floating free of life.
Meaning is a further transformation of value already organised socially.
The broad sequence becomes:
biological value
↓
relational significance
↓
social mattering
↓
symbolic meaning
This is not a single evolutionary ladder.
But it is a useful organisational genealogy.
15. The signal/sign distinction returns
The entire series also sharpens our earlier distinction.
A signal is a difference that engages another value-sensitive system.
A sign is a resource within a symbolic system.
Signals can therefore exist without signs.
Relational significance can exist without meaning.
Social mattering can exist before language becomes symbolic.
This gives us a principled reason to resist the tendency to describe every form of animal, plant or microbial communication as language.
16. The individual and the collective co-evolve
Another lesson has emerged.
The individual and collective are not necessarily competing explanations.
They can constitute one another.
Individual value makes coordination possible.
Coordination creates collective organisation.
Collective organisation changes the possibilities available to individuals.
Those changed possibilities reshape individual organisation.
So we have:
individual → collective → individual
This recursive relation appears at many biological scales.
17. There is no single route to sociality
The natural history we have followed is therefore branching.
Some systems move toward:
integration;
others toward:
cooperation;
others toward:
symbiosis;
others toward:
ecological interdependence;
and some toward:
social organisation.
None is simply a primitive version of the others.
They are different solutions to the general problem of organising living processes in relation to other living processes.
This is why the examples in this series belong together.
They illuminate different branches of the same problem.
18. The deeper question is organisation
We began by asking where social mattering begins.
We now have a better question:
What kind of organisation turns biological value into a persistent relational field?
That question is more useful than looking for a single biological marker.
There is no magic ingredient called "sociality".
There are changes in:
coupling;
recurrence;
dependence;
differentiation;
integration;
repertoire;
topology.
Together they can produce a new level of organisation.
19. What the natural history tells us
The natural history of mattering is therefore not a history of consciousness slowly awakening.
It is a history of organisation becoming relationally richer.
First, a living system matters to itself.
Then other systems become consequential.
Relations recur.
Collective patterns emerge.
Some relationships become constitutive.
Higher-level individuals appear.
Ecological networks develop.
In some cases, social participation becomes organised.
And eventually, in humans, these relations become symbolically construed.
Meaning arrives.
20. The larger arc
We can now place the three projects we have developed into one larger trajectory.
The first question was:
How does meaning emerge from mattering?
The answer led us downward into biological value and social organisation.
The second question was:
What happens when meaning is technologically detached from the biological and social systems that generated it?
That led us to LLMs.
And then:
What would happen if human beings eventually created machines for which mattering itself became organised?
That led us to our second LLM series.
The natural history beneath all three is:
value → relation → social organisation → meaning → technological re-instantiation → possible new value systems.
21. A caution about the word "mattering"
We began this series by restricting mattering to the social level.
That distinction has proved useful.
A bacterium does not need to participate socially for its environment to matter in the broader ordinary sense.
But our technical vocabulary distinguishes:
value at the organismic level,
relational significance between organisms,
social mattering within organised participation.
Keeping those distinctions is what allows us to move from bacteria to trees without calling every biological interaction a social relation.
The language may be slightly less familiar.
The conceptual gain is considerable.
22. What comes before society?
So we can now answer the question with which we began.
Before society there is not nothing.
There is already:
sensitivity;
regulation;
value;
signalling;
relational significance;
coordination;
integration;
interdependence.
Society is not the beginning of organised significance.
It is one further transformation of it.
23. And what comes after society?
For humans, social mattering becomes symbolically available.
We name.
Classify.
Narrate.
Remember.
Imagine.
Meaning allows the topology of mattering to become reflexively available to participants.
This is the step that turns a social world into a semiotic world.
But it depends upon everything beneath it.
Meaning is not floating above mattering.
It is mattering further transformed.
24. The natural history in one sequence
Perhaps the whole series can finally be compressed to:
Organismic value
↓
Relational significance
↓
Signalling and coupling
↓
Collective coordination
↓
Integration and nested individuality
↓
Persistent relational organisation
↓
Social mattering
↓
Semiotic meaning
The arrows are not inevitable steps.
They are possible organisational transformations.
Life explores many of them, in many combinations, at many scales.
25. The final thought
Perhaps the most important lesson is that society did not invent mattering.
Life already mattered before there were societies.
Society reorganised that mattering.
Meaning reorganised it again.
And technology may now be beginning to reorganise the resulting meaning.
The natural history therefore does not end with humans.
It gives us a way of asking what kinds of organisation might come next.
We began with the humble bacterium.
We end with a much larger question:
What happens when living systems become increasingly capable of organising the consequences of one another's existence?
The answer, so far, is not a ladder.
It is a topology.
And perhaps that is the deepest continuity running through everything we have explored:
Life begins by making differences matter.
Relations begin when living systems make differences matter to one another.
Society begins when those relations become organised.
Meaning begins when that organisation becomes symbolically available.
That is the natural history of mattering.
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