From affordance to Sophianic metaffordance: My view

A personal intellectual trajectory: from AI and connectionism, through ecological psychology, affordances and metaffordance, to the Sophianic principle.
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This essay describes how my thinking has developed from my early work on artificial intelligence, neural networks, and self-organisation, through ecological psychology, perception-action dynamics, affordances, and the conception of metaffordance, to a more recent attempt to understand metaffordance as an expression of a fundamentally generative reality. I call this emerging position Sophianic metaffordance.

The argument is not that I began with Gnosticism and then attempted to fit ecological psychology into it. The direction has largely been the reverse. The Sophianic idea has emerged from questions that became increasingly difficult to avoid as I followed the implications of ecological psychology and metaffordance. The central question eventually became: if organisms perceive and act on possibilities, and if action can generate further possibilities, what does that tell us about the nature of reality itself?

1. Before metaffordance: AI, connectionism, and self-organisation

My intellectual trajectory began with computer science, artificial intelligence, machine learning, and neural networks. During my work on AI and connectionist models, I was interested in how intelligent behaviour might emerge from networks rather than from explicit symbolic programs. I was particularly interested in learning, self-organisation, and the possibility that complex behaviour could arise from distributed dynamics.

This led me toward an ecological question that was difficult to answer within conventional computational AI. A neural network can be trained to respond to inputs, but where does the meaningful information in those inputs come from? If a human experimenter pre-structures the input, then the network is not discovering the ecological significance of information in the real world. It is operating within a world already constructed for it.

I eventually concluded that I needed a different concept of information. This was one of the reasons I moved away from AI and toward ecological psychology. As I later wrote, I had found what seemed to me a much better concept of biological and ecological information in James Gibson's theory of information-based perception. This provided a way to study intelligence as something that occurs in real organism-environment systems, rather than as something that has to be reconstructed inside a machine.

2. Discovering Gibson: information specifies possibilities

The decisive conceptual change came through ecological psychology and the work of James J. Gibson, particularly as developed within the Centre for the Ecological Study of Perception and Action at the University of Connecticut. Working with Michael Turvey, and learning from Robert Shaw and others in that intellectual environment, I encountered a conception of perception that did not begin with meaningless sensory inputs followed by internal interpretation.

Gibson's central insight was that the environment contains structured information that can specify possibilities for action. The organism does not first construct a representation of an objective world and then infer what it can do. Instead, perception is directly related to what the environment affords the organism.

The organism detects information specifying possibilities for action, and directly perceives the affordances specified by that information.

This distinction remains fundamental to my thinking. I do not want to say that an organism 'perceives information' when what I mean is that it detects information and directly perceives the affordances that information specifies. Information specifies possibilities; the organism detects that information; affordances are directly perceived possibilities for action.

3. Perception-action dynamics: the world is dynamic

My subsequent research with Michael Turvey and Scott Kelso deepened this ecological perspective by placing perception and action within the framework of nonlinear dynamical systems. My work included rhythmic coordination, resonance, symmetry and broken symmetry, functional stability, attention, learning, and the dynamics of coordinated action. Publications from the 1990s onward document this progression.

This work changed the picture of perception in another important way. An organism does not simply encounter a static collection of affordances. Perception and action form an ongoing dynamic relationship. Action changes the conditions for subsequent perception, and perception constrains and informs subsequent action. The organism is therefore participating in a continually changing field of possibilities.

The idea of resonance became especially important for me. In coordination dynamics, relationships can persist and reappear across time even though the individual physical events change. This provided one way of understanding how structure can be preserved, transformed, and reactivated rather than simply stored as a static representation.

4. The emergence of metaffordance

Around 1998 I conceived the idea of 'metaffordance'. The term was a play on Gibson's affordance and the prefix meta-, meaning beyond or about. In its original formulation, a metaffordance was an 'affordance about an affordance' or a higher-order affordance.

The initial examples were often technological. Visualisation, interfaces, augmented reality, mobile technologies, and other systems can make possibilities for action more visible or create access to possibilities that would otherwise be difficult to perceive. A visualisation, for example, can reveal relationships that allow a person to discover what can be done with a complex system. Importantly, metaffordances afford more than actions. Affordances invite action; metaffordances invite interaction.

At this stage, metaffordance was primarily a concept about technology, interaction, perception, and action. The website that I eventually launched in 2009 was intended to apply ideas from ecological psychology and complex systems science to real-world problems involving perception, action, interaction, and complex environments.

But the original definition contained a possibility that I did not fully develop at first. A metaffordance is not merely another affordance. It concerns the conditions under which further affordances and possibilities become available.

5. From affordances to interaction

This distinction has become increasingly important in my more recent thinking. A first-order affordance concerns what an organism can do in a particular situation. A metaffordance concerns how an interaction can alter the subsequent possibility landscape.

Consider a simple object such as a pencil. Its physical properties afford grasping. But once grasped, the pencil can afford marking, drawing, writing, communicating, designing, and many other activities. The interaction does not merely select one pre-existing possibility. It can create conditions under which further possibilities become available.

The same principle applies to richer systems. A written sentence can alter what a page affords next. A visualisation can reveal a relationship that changes what an analyst can do. A tool can make a previously unavailable action possible. A social or technological system can alter the space of possibilities for everyone participating in it.

Affordances change what we can do. Metaffordances change what we can become.

This is where the concept began to move beyond the relatively narrow idea of a higher-order affordance. Metaffordance became increasingly concerned with transformation, not simply action.

6. Imagination and art: possibilities become generative

The concept of imagination provided another important bridge. Affordances are inherently prospective: to perceive an affordance is to perceive a possibility for action. Imagination extends this prospective dimension beyond what is immediately present. It allows possibilities to be explored, combined, and transformed even when the corresponding action is not yet being performed.

Art makes this especially clear. An artwork can change what a person notices, how an experience is understood, what questions seem possible, and what future actions become imaginable. Art can therefore operate as an epistemic metaffordance. It can generate new ways of seeing and knowing.

My work on perception-action dynamics also suggested a role for resonance in extending metaffordances through time. Structures can persist and become reactivated across different situations. An experience, image, rhythm, concept, or artefact can therefore continue generating possibilities after the original interaction has ended.

The artist can consequently be understood as a designer of metaffordances: someone who creates conditions under which other people may perceive, imagine, question, and act in new ways.

7. Consciousness: experiencing a field of possibilities

The next step was to ask what this framework implies for consciousness. If perception is not primarily the construction of an internal representation but the direct perception of affordances, then conscious experience can be understood as the lived engagement of an organism with a structured field of possibilities.

This does not solve every problem of consciousness, but it changes the question. Instead of asking how an internal representation becomes conscious, we can ask how an organism participates in a world of meaningful possibilities and how increasingly complex organisms become capable of experiencing, exploring, remembering, imagining, and transforming those possibilities.

The ecological approach therefore offers a route toward understanding consciousness without beginning with a Cartesian split between an inner mental substance and an outer material world.

8. Beyond human consciousness: an ecological panpsychism

This line of thought also led me toward a broader view of life. If perception-action is a fundamental relation between organisms and their environments, it becomes difficult to treat human consciousness as the point at which experience suddenly appears in an otherwise entirely non-experiential universe.

I am interested in a form of ecological panpsychism in which there is no sharp ontological division between conscious humans and completely unconscious organisms. This does not mean that a bacterium has a miniature human mind. Different organisms have radically different capacities, organisations, temporal scales, and fields of possible action. The claim is instead that organisms participate in their environments in ways that can be understood as elementary forms of sensitivity, valuation, and engagement appropriate to their level of organisation.

This led naturally toward the possibility that mind and matter should not be treated as two fundamentally separate substances. They may instead be differentiated aspects or expressions of a deeper generative process.

9. The return to life and self-organisation: Michael Levin

Michael Levin's work has recently brought several strands of my earlier thinking back together. I was originally drawn to psychology through self-organisation and complex systems, and I later left AI because I found its conventional concept of information inadequate for understanding biological intelligence. Levin's work on bioelectricity, morphogenesis, collective intelligence, multiscale organisation, and cognition in living systems reopens the question of how intelligence can exist beyond the human brain.

What is particularly interesting from an ecological perspective is that Levin's work suggests that goal-directed organisation can occur across biological scales. Cells, tissues, organisms, and larger systems can exhibit forms of problem solving and collective agency. This makes the concept of an organism's field of possibilities potentially much broader than the human-scale examples with which ecological psychology traditionally works.

Levin's cognitive light cone also resonated with ideas I encountered much earlier through Robert Shaw. Shaw and Kinsella-Shaw had already adapted the Minkowski light-cone metaphor to psychology in their 1988 work on ecological mechanics and intentional constraints. Levin's later use of the concept extends a similar idea into developmental bioelectricity, multicellularity, synthetic biology, and AI.

For me, this creates an intellectual circle: the questions that originally brought me to AI and self-organisation return through biology, but now informed by ecological psychology and a richer concept of information.

10. AI as metaffordance

This also changes how I think about AI. Traditional computing generally requires a user to specify a procedure that the machine then executes. Contemporary AI increasingly allows a user to specify an intention or goal while the system interprets that intention and generates a procedure.

I describe this as delegated interpretation. The significance is not simply that AI is a more powerful tool. AI can change what the user perceives as possible. It can expose relationships, generate alternatives, explore a problem, create representations, and in increasingly agentic systems pursue subgoals without the user continuously specifying each step.

In that sense, AI is itself a powerful metaffordance. It changes the possibility landscape in which the human acts.

But this raises a deeper question. If an artificial system generates outputs that simulate agency, does that make it an organismic participant in generative reality, or is it generating only within a human-designed technological and symbolic system? This question becomes particularly important when considered alongside the Sophianic and Archontic ideas that emerged later.

11. From metaffordance to generativity

At this point the concept of metaffordance began to change status. Originally, I was describing things that gave access to further affordances. I then began to see that the important property was not merely higher-order structure but generativity.

The stronger claim is this: possibilities can generate further possibilities. An organism acts within an environment, and its action changes the environment. The changed environment then specifies new possibilities for subsequent action. Human beings amplify this process through language, tools, institutions, art, science, technology, and imagination.

Once this recursive generation of possibilities is taken seriously, a deeper philosophical question appears. Is generativity merely something that organisms do within an otherwise fixed reality, or is generativity a fundamental feature of reality itself?

Reality does not merely contain possibilities. Reality generates possibilities.

This is the point at which metaffordance becomes an ontological concept rather than merely a psychological or technological one.

12. The Sophianic principle

I use 'Sophia' as a way of naming this deeper possibility of generative reality. The central Sophianic principle can be stated simply:

Reality is generative, and the generation of possibilities is itself a fundamental feature of reality.

The important point is that Sophia need not initially be understood as a supernatural person. Sophia can be interpreted as a name for generativity itself, for the capacity of reality to differentiate, organise, transform, and produce new possibilities.

This is why I call the resulting idea Sophianic metaffordance. Metaffordance describes the generation of further possibilities within organism-environment relations. Sophianic metaffordance proposes that this generative structure is not merely local to organisms. It may be characteristic of reality at a more fundamental level.

13. From panpsychism toward analytic idealism

The argument can be pushed further, although I regard this as a stronger philosophical hypothesis rather than an established scientific conclusion. If reality is fundamentally generative, perhaps the generative ground is not wholly devoid of experience. This moves the discussion from ecological panpsychism toward cosmopsychism and forms of analytic idealism.

On such a view, individual organisms might be differentiated modes or local expressions of a more fundamental experiential reality. Human consciousness would then not be an inexplicable exception to an otherwise unconscious universe. It would be one highly developed form through which generative reality becomes capable of experiencing, representing, imagining, and transforming possibilities.

This is where my recent interest in analytic idealism intersects with ecological psychology. Ecological psychology describes how organisms participate in a meaningful world of affordances. Analytic idealism asks whether consciousness or experience might be more fundamental than matter. Sophianic metaffordance asks whether the generative character of reality provides a bridge between these perspectives.

14. Sophia and Gaia

The distinction between Sophia and Gaia is useful here. Sophia names generativity at the broadest level. Gaia names an extraordinary planetary expression of that generativity.

Life does not merely inhabit Earth. Life transforms Earth, and the transformed Earth changes the possibilities available to life. Organisms modify atmospheric chemistry, soils, habitats, food webs, and one another. Those modifications then alter the affordances available to subsequent organisms.

This produces a recursive process:

organism → environment → organism → environment

At planetary scale, this becomes a picture of a world continually remade by the organisms within it. Gaia can therefore be understood not simply as a metaphor for planetary interconnectedness, but as a particularly powerful example of generative metaffordance.

15. Gnosticism: the Demiurge as reification

My interest in Gnosticism enters at this stage, not as an attempt to replace ecological psychology with mythology, but because some Gnostic images provide striking metaphors for the problem of a generative reality being mistaken for a finished world.

The Demiurge can be interpreted as the principle of reification: mistaking processes for things, relations for properties, and possibilities for fixed meanings. The error is the assumption that reality consists fundamentally of finished objects with fixed identities and purposes.

Against this stands the Sophianic view that reality is unfinished and generative. What appears to be a fixed thing is a temporarily stabilised form within a larger process of becoming.

16. Archons and anti-metaffordance

The idea of the Archons provides an equally interesting extension. If a metaffordance is something through which possibilities generate further possibilities, then an anti-metaffordance would be a structure that blocks, conceals, or prematurely closes possibilities.

This does not mean that every constraint is Archontic. Constraints are essential to organised life. A skeleton constrains movement but also makes coordinated movement possible. Grammar constrains speech but makes meaningful communication possible. A boundary can create the conditions for structure.

The problem arises when a constraint becomes self-concealing and presents a contingent arrangement as necessary. An Archontic structure therefore closes the very possibility of recognising that alternatives exist.

This gives the Sophianic and Archontic distinction a formal relation to metaffordance:

Sophianic: possibility generates possibility. Archontic: possibility is closed, concealed, or mistaken for necessity.

The distinction is therefore not simply good versus evil. Closure and constraint can be part of generative reality. The problem is reification, concealment, and the suppression of further possibility.

17. Gnosis as ecological recognition

This leads to an ecological interpretation of Gnosis. The Gnostic problem can be understood not simply as ignorance of a supernatural truth, but as failure to recognise possibilities that are already present in the world.

An organism may fail to detect information specifying an affordance. A person may fail to perceive a possibility because attention, habit, culture, fear, language, or social structure has made that possibility effectively invisible. A society may treat a particular institutional arrangement as inevitable when it is actually contingent and changeable.

Gnosis, in this interpretation, is the recognition of participation in a generative world. It is a form of attunement to possibilities that have been obscured by the appearance of finishedness.

This returns directly to the ecological formulation with which I began:

The organism detects information specifying possibilities for action, and directly perceives the affordances specified by that information.

The Sophianic extension is that the field of possibilities is not static. Through action, the organism participates in the generation of further possibilities.

18. Four meanings of metaffordance

Looking back over the trajectory, I now see four progressively deeper meanings of metaffordance.

Metaffordance 1.0: technological

A technology or tool that gives access to further affordances. Visualisation, augmented reality, interfaces, and other technologies can amplify or reveal possibilities for action.

Metaffordance 2.0: interactional

An interaction that changes the conditions under which subsequent affordances become available. Possibilities are not simply selected; they can be transformed by action.

Metaffordance 3.0: generative

Possibilities generate further possibilities through recursive organism-environment activity. This connects metaffordance to imagination, art, culture, learning, evolution, self-organisation, and technology.

Metaffordance 4.0: ontological

Reality itself is fundamentally generative, and metaffordance is an ecological manifestation of that generativity. This is what I mean by Sophianic metaffordance.

19. The trajectory in one view

AI, neural networks, and connectionism
→ self-organisation and complex systems
→ ecological psychology
→ Gibson: information specifies possibilities
→ affordance: directly perceived possibility for action
→ perception-action dynamics
→ resonance, coordination, and emergence
→ metaffordance: possibilities about possibilities
→ interaction changes the possibility landscape
→ imagination and art generate further possibilities
→ consciousness as lived engagement with a field of possibilities
→ ecological panpsychism
→ mind and matter as differentiated aspects of a deeper process
→ life, self-organisation, and Levin's multiscale cognition
→ AI as a powerful technological metaffordance
→ generativity as a fundamental feature of reality
→ Sophianic principle
→ Sophia as generative reality
→ Gaia as planetary expression of generativity
→ Demiurge as reification and finishedness
→ Archons as closure or anti-metaffordance
→ Gnosis as recognition of participation in generative possibility

20. What I think metaffordance now means

The historical definition of metaffordance remains useful: an affordance about an affordance. It explains where the concept came from and why the term was originally chosen. But it no longer captures the full philosophical scope of the idea.

The deeper proposition is now this:

Reality does not merely contain possibilities. Reality generates possibilities, and living organisms participate in that generation by perceiving and transforming possibilities.

The ecological formulation follows directly:

The organism detects information specifying possibilities for action, and directly perceives the affordances specified by that information. Through action, the organism transforms the conditions from which further possibilities emerge.

And the strongest Sophianic claim is:

The generation of possibilities is not merely something organisms do within reality. It is something reality itself does.

I regard the final claim as a philosophical hypothesis, not as something established by ecological psychology. The empirical ecological claim, the metaphysical claim about generativity, and the stronger claim that generative reality is fundamentally experiential should be kept distinct. The first can stand independently. The second develops from it as a metaphysical extension. The third enters the territory of cosmopsychism and analytic idealism.

This distinction is important to me because it preserves the scientific value of ecological psychology while allowing the theory to ask larger philosophical questions.

21. The question that remains

Gibson transformed the study of perception by asking us to look not for internal representations of an objective world, but for information in the organism-environment system that specifies possibilities for action. My own concept of metaffordance grew from asking what happens when those possibilities themselves become objects of transformation.

The question that now remains is deeper:

What kind of reality is capable of generating possibilities in the first place?

Sophianic metaffordance is my attempt to formulate a possible answer. Reality may be better understood not as a finished collection of things but as a generative process in which forms, relations, organisms, experiences, and possibilities continually emerge and transform one another.

If that is so, then living systems are not merely objects inside reality. They are participants in its generativity. Perception is not merely the registration of an already finished world. It is a way in which an organism detects the possibilities that the world specifies. Action is not merely a response to those possibilities. It changes the conditions from which new possibilities arise.

And consciousness, imagination, culture, art, science, and perhaps intelligence itself can then be understood as increasingly elaborate ways in which generative reality becomes capable of encountering, exploring, and transforming its own possibilities.

That is the trajectory that has taken me from connectionism and ecological psychology to metaffordance, and from metaffordance toward what I now call the Sophianic principle.

Selected intellectual sources and website material

The trajectory described here draws on my published work and the material developed on metaffordance.com, including the publications record, the core Affordances and Metaffordance material, and the recent Ideas pages on consciousness, mind and matter, art, AI, life and self-organisation, and Sophianic metaffordance. The publications record documents my early work on neural networks and ecological connectionism (1985–1987), subsequent work with Turvey and Kelso on perception-action dynamics, and later work on communication, driving, and ecological psychology.

The website also documents the conception of metaffordance around 1998 and its subsequent development into a broader framework for perception, action, interaction, technology, imagination, and generativity. Recent Ideas material develops the further philosophical extension toward panpsychism, analytic idealism, Gnosticism, Sophia, Gaia, and the distinction between generative and closure-producing structures.

Paul Treffner
metaffordance.com