Chapter 3: Skilled Intentionality Framework (SIF)

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Welcome back to the Deep Dive.

Today we are plunging into what the authors of our source material call a, well, a missing link in modern cognitive science.

That's right.

This Deep Dive is all about a major challenge to one of the most exciting paradigms of the last couple of decades.

And that paradigm is, of course, the one we've talked about a lot for e -cognition.

Exactly.

Yeah.

For anyone who might be new to it, that stands for embodied, embedded, and active and extended cognition.

It's completely changed the game.

Oh, absolutely.

It's moved us away from that old model of the brain as some kind of computer in a box.

Right.

And towards seeing the mind as fundamentally tied to the body, and not just the body, but the world it lives in.

We've really embraced these ideas, the mind using the body as a key resource that's embodied.

Relying on the specific environment it's in embedded.

Actively shaping its own experience through what it does, that's inactive.

And of course, extended, the idea that we outsource tasks to tools, to technology, even to other people.

It's a really powerful set of concepts, a quartet, but the material we're digging into today makes a pretty bold claim.

A very bold claim.

They argue that four E's are not enough.

There's a crucial fifth E missing from the picture,

ecological cognition.

Precisely.

And the challenge, as they see it, is that while four E theory is fantastic at explaining, you know, situated action in the moment,

it often lacks a really solid, well -defined way of handling the sheer richness of the world we live in.

Especially the social world.

So the original ecological approach, the one from James Gibson that focuses on affordances, possibilities for action, it never really clicked with the whole embodied movement.

It never fully integrated, no.

There's been this gap.

And that's exactly where our main topic for today comes in.

To bridge that gap, the authors have developed a really robust new conceptual framework.

The skilled intentionality framework.

R .S .F.

for short.

And its whole mission is to be that

It's an explicitly ecological and active approach, designed from the ground up to finally connect the dots between the embodied and active program and Gibson's deep insights about ecology.

Okay.

So let's unpack the ambition here.

This isn't just a minor adjustment or a little tweak.

No, no, this is a massive undertaking.

It's an attempt to restructure how we think about the entire human experience.

The goal is to provide this comprehensive integrated framework for all of 4E cognitive science.

One that's situated, effective, embodied.

And fundamentally focused on skilled action.

That's the key.

And importantly, set ambition is huge.

They want to use this single framework to understand the entire spectrum of human skill.

And when you say the entire spectrum, you mean?

I mean everything.

From something as simple as grasping a coffee cup, all the way up to really complex stuff like planning your next move, creativity, social interaction, even language.

Wow.

Okay.

So if clear definition of SIF's main concept, skilled intentionality, what is it at its heart?

The definition they give is the selective engagement with multiple affordances simultaneously in a concrete situation.

That sounds simple, but I have a feeling it's packed with meaning.

It is.

Every word matters.

Selective engagement, the ability to focus on what matters and multiple affordances, the capacity to respond to many possibilities at once in an integrated way.

That's what lets us navigate the world.

Okay.

So that immediately brings us to the foundational concept here.

Affordances.

We need to get this right before we go any further.

Absolutely.

At its most basic level, an affordance is a possibility for action that the environment provides to an organism.

So they're relational.

Fundamentally relational.

Gibson, who came up with the idea, was clear on this.

They exist in that functional relationship between an environment and an organism's abilities.

For us, a chair affords sitting.

A doorknob affords turning.

Riding a bike is an affordance.

Grasping a glass.

All affordances.

But, and this is a crucial layer that SIF adds, an affordance can only be acted upon if the individual actually has the relevant ability.

Right.

So the environment might offer the possibility of, say, reading a dense philosophy text.

But if I don't have the ability to read that language.

Or if you haven't acquired the concepts.

And that book doesn't really afford being understood to me.

Exactly.

And in the human case,

these abilities aren't just, you know, biologically given and static.

They're dynamic.

They're learned.

Acquired over time.

Yes.

Through a history of interactions.

Through being socialized.

Through formal training.

All within what they call socio -cultural practices.

Like the architect we're going to talk about later.

Perfect example.

An architect's ability to look at a blueprint and just see a potential structural flaw.

Or to feel the pull toward a better design.

That doesn't come from nowhere.

It's from years of education, apprenticeships, talking with other architects.

Absorbing the norms of that entire practice.

The skill is situated in the practice, not just in one person's head.

And this focus on integration, the ecology, the skill, the simultaneous engagement.

This is how SIF makes its really revolutionary claim.

Which is.

That it can dissolve that old traditional boundary between lower cognition, like simple movements, and higher cognition, like reflection or planning.

That's the most exciting part for me.

If they're right,

then planning a chess move or arguing a point in a debate are just very sophisticated forms of skilled intentionality.

They're driven by the same basic principles as catching a ball.

It's all about responding to a complex social landscape of affordances.

A landscape available in our human ecological niche.

And by connecting these four perspectives, ecological psychology, phenomenology, emotion psychology, and neurodynamics, SIF gives us a single, unified way to look at the mind.

So it suggests they're all just different angles on the same self -organizing phenomenon.

Exactly.

That is a huge setup.

The idea that everything we do, from brushing our teeth to writing a symphony, is all governed by this one underlying principle of skillful engagement.

Let's dig into how SIF actually builds this landscape of affordances.

Let's do it.

So as SUF's big claim is adding that ecological E back into 4E cognition, it has to start with a definition of affordances that can handle the complexity of human life.

Right.

The original Gibsonian idea, which was very focused on physical objects, surfaces, things you can grasp or walk on, it wasn't really enough.

It couldn't carry the weight of things like abstract thought or moral judgment or art.

So to get there, the authors move beyond those earlier interpretations, and they bring in some heavy philosophy.

They bring in Ludwig Wittgenstein and specifically his concept of a form of life.

This is a huge pivot.

This is where SIF grounds the concept of affordances in an ecological niche that is structured by a form of life.

That's what allows the concept to really scale up to our complex, human, socio -material world.

Okay, we absolutely have to define form of life.

It's a dense term.

How does SIF formally define an affordance using this idea?

Okay.

So for SIF, an affordance is a relation between two things.

Part one is an aspect of the socio -material environment.

Socio -material.

We'll come back to that with part two.

Part two is the really new part.

It's an ability available in a form of life.

So we're shifting the definition from just an individual organism plus the environment to something more like a collective practice plus the environment.

That's it.

Exactly.

A form of life here can mean a type of animal, sure.

But for humans,

it most often refers to a specific socio -cultural practice.

So like the community of English speakers is a form of life.

Yes.

Or the specific practice of being an academic.

Or the profession of architecture.

Or the culture of journalism.

And this form of life is visible in the stable coordinated patterns of behavior of people over time.

It's the shared set of rules, norms, tools, and skills that defines a group.

And here's the crucial point that makes this so powerful.

Affordances, when you define them this way, become deeply, fundamentally social.

They're independent of any one particular individual.

Ah, okay.

So they're related to the structure of the whole practice, the whole community.

Yes.

Think about it.

If you, a skilled architect, were to disappear tomorrow, the practice of architecture doesn't vanish.

The established ways of using a blueprint, the rules for what makes a good design, they don't go away.

They remain as possibilities for others in that form of life.

They persist as objective possibilities for action in the world.

Just like the norms of English grammar continue to exist even if one speaker dies, these affordances are as real and objective as a legal contract or a standardized unit of measurement.

They're part of the external environment, but they're entirely defined by us, by humans.

And that brings us back to the other half of the definition, the socio -material environment.

Why that specific term?

Because for us, the material and the social are just completely tangled up.

They're intertwined, yeah.

Almost every object we deal with, a smartphone, a stop sign, a dollar bill, is both a physical thing And material part.

And an object whose function is defined entirely by shared human practices, the social part.

A phone affords being held physically, but its main affordance is communicating through specific social networks.

So you have this huge variety on both sides.

You have the rich structure of the environment, all the objects, surfaces, information, and you have this vast number of learned abilities in all our different forms of life.

And together they create what SIF calls this rich and resourceful landscape of affordances.

And this landscape isn't just for walking around a room, it's for composing a song or planning a business strategy.

And it's this socially grounded definition that lets SIF finally get a handle on a really tough problem for 4E cognition.

Which is situated normativity.

Let's nail that down.

Normativity is about standards, right?

Correctness and incorrectness.

Exactly.

Situated normativity is our ability to distinguish between a and an incorrect action, or a better and a worse one, but within the context of a specific practice.

So if I'm building a house, nailing a board in the wrong place isn't just a matter of opinion, it's incorrect according to the norms of that building practice.

And SIF connects that judgment directly to the form of life.

When an architect, for instance, corrects the angle of a doorway in a sketch, they're not just saying, I like it better this way.

They're making a normative judgment.

One that's rooted in the shared skills and of the architectural practice itself.

That practice dictates what a good or optimal solution to that design problem looks like.

Precisely.

If the door is too narrow, it fails to afford easy passage for a typical human body.

That's a normative failure.

It's defined at the intersection of material reality and social standards.

SIF argues that the form of life is the right level of analysis to understand this.

Okay, let's make this concrete with the examples.

The architectural design process is a great one because it's so obviously complex and creative.

How does SIF see that through this lens of skilled intentionality?

Well, studies of how architects actually work show they aren't just, you know, computing a solution inside their heads.

They're in this constant active skilled interaction with their medium.

They're literally moving toward an optimal grip on the affordances of the design problem.

Exactly.

And that movement involves constantly switching between different ways of interacting with the problem.

Different tools, different modes of thought.

Yes.

An architect might make a quick sketch, which affords rapid conceptualizing.

Then they might generate a detailed 3D computer model, which affords structural analysis.

Then they might build a physical cardboard model.

Which affords a kind of embodied spatial feel for the building.

And then they might step back and engage in reflection, which affords verbal self -correction and critique.

All of these, the sketch pad, the software, the model, are affordances offered by the socio -material environment.

So the architect is basically teaming up with the possibilities in the world, constantly improvising and experimenting and judging whether each new change is an improvement.

And that feeling of improvement, that successful move, is what they call the tendency toward an optimal grip.

And critically, the affordances here aren't just sensorimotor.

They include reflection,

creative imagination, communicating specs to a construction team miles away.

So this just blows up the idea that embodied cognition can only handle what's right here, right now.

It does.

We are skillfully engaging with possibilities across huge scales of time and social distance.

Okay.

Let's bring it back to a really simple object with the towel example.

This one really highlights the whole spectrum of skill.

Right.

Take a simple towel in a bathroom.

In the basic old school Gibsonian sense, it affords simple sensorimotor actions.

Grasping it, lifting it, drying your hands, lower level skills.

But because we're humans operating in a human form of life, that exact same object simultaneously offers a whole suite of higher cognitive affordances.

Like being able to judge its qualities or talk about it.

Precisely.

It affords stating correctly, that is a towel.

Or judging accurately, that towel is blue.

Or even reflecting on its origins.

This towel is made from unsustainable cotton.

I should really look into getting a bamboo one next time.

So all of those things, linguistic description, a set of judgment, ethical reflection, are just skills available in our form of life.

They're affordances.

The ability to describe the towel in words is in this framework just another skill on the same fundamental footing as the ability to use it to dry your hands.

It's a readiness for a linguistic action.

That is a pretty radical idea to accept.

It's putting everything on a level playing field.

It really is.

It shifts the focus.

A person skilled in philosophy can engage with the affordance for abstract argumentation just as fluently as they engage with the affordance for opening a door.

And the sources go even further.

They say that perception itself is a skilled activity.

It is.

This radicalizes the whole idea.

They say responsiveness to affordances is actually more basic than perception.

Gaining perceptual access to the world is itself an affordance -based skilled activity.

So we don't just passively receive visual data.

We act skillfully to see better.

We squint, we turn our heads, we move closer to an object.

Perceiving something clearly is just one of the things we do skillfully to get a better grip on the situation.

The possibility of gaining a better look is just one affordance competing at a bodily level with all the others.

Okay, but this creates a massive challenge.

If our human landscape of affordances is this rich, this complex, this social, with potentially thousands of possibilities at any given moment, how on earth does an individual not just collapse into a quivering heap?

Right.

How do we focus?

How do we select what's relevant right now?

Exactly.

And that question forces us to shift levels from the ecological down to the individual phenomenological level.

It does.

And that's why ISUB has to introduce a new term to talk about the individual experience.

The term is solicitations.

Okay, so affordances are the objective possibilities out there in the world tied to a form of life.

Whether you're there or not.

But solicitations are the affordances that actually show up for me as relevant right here and now.

Yes.

They're the individualized experience of those objective possibilities.

And crucially, they immediately generate bodily states of action readiness.

The affordances relate to the form of life.

The solicitations relate to the individual in a concrete situation.

And the deep philosophical question here is, what's the source of that relevance?

Why does my coffee cup solicit grasping right now instead of admiring its color when both are technically possible?

This is where Seth brings in the philosopher Merleau -Ponty and his ideas about life and the body.

The source of relevance isn't some rational pre -planned goal.

It's a continuous inherent state of disequilibrium.

Desequilibrium.

Okay.

Merleau -Ponty's idea was that living things are never perfectly stable.

They're always in a state of relative equilibrium.

They're alive.

They're functioning.

But they're also always in a state of disequilibrium.

There's always an inevitable inherent lack.

So there's always a tension.

Always.

And this continuous instability is what drives all of our self -organized compensatory activity.

Life is just this constant drive to re -establish a balance that you can never permanently hold onto.

So we're not driven by some mysterious internal cognitive plan, but by this constant embodied need to resolve tension.

Absolutely.

And this ongoing disequilibrium is the source of what Seth calls primordial affectivity.

It's a fundamental lack of indifference.

Because we're alive and always in this state of lack, the world is never neutral to us.

It always has value, significance, and emotional or affective allure.

The environment is constantly soliciting us, pulling on us, driving our selective openness to resolve that tension.

That's the connection.

Desequilibrium drives affectivity.

And affectivity is what determines what's relevant.

If I'm feeling a bit chilly, that tension, that disequilibrium makes the affordance of putting on a sweater stand out with a high degree of relevance.

Right.

And because this lack is just the inescapable condition of being alive, we can never reach a state of complete optimal grip.

We can only ever experience a tendency toward an optimal grip.

It's this dynamic, constantly shifting coupling between our active body and the world.

And phenomenologically, from the inside, we experience this tendency as being drawn or pulled or solicited by the relevant possibility.

The classic Merleau -Ponnie example of viewing a painting illustrates this perfectly.

Tell us about that one.

Well, for any painting, there's an optimal distance for viewing it.

A sweet spot where the light, the color, the composition, all come together perfectly.

If you stand too close, it all breaks down into brushstrokes.

And if you stand too far, you lose all the detail and texture.

Right.

And being at the wrong distance creates a feeling of tension.

You're not consciously calculating the physics of light.

Your body just feels the lack, the disequilibrium.

And that tension actively drives you to move closer or further away.

You're solicited by the possibility of better viewing until the tension resolves and you feel that optimal grip on the painting.

That's it.

That subjective feeling of being in the zone, of having things click, is the experience of tending toward an optimal grip.

And Seth takes this insight and tries to formalize it.

They connect it to empirical work in dynamical systems theory, right?

Specifically, this idea of the optimal metastable zone.

Metastability is a bit complex.

But it's key to understanding the mechanics of skill.

Break it down for us.

Metastability is a property of complex systems, like our brain -body system,

where two opposing tendencies, the tendency for the whole system to integrate and act as one.

Coherence.

And the tendency for different parts of the system to do their own specialized thing.

Segregation.

Where those two tendencies coexist in a delicate balance.

It's the sweet spot where the system is maximally flexible and functional.

It can switch between different states rapidly without falling into chaos on one side or rigid paralysis on the other.

The boxing study is the go -to example here, isn't it?

It's the perfect illustration.

Researchers found there's an optimal distance for a boxer from a heavy bag around 0 .6 of their arm's length.

At that specific distance.

At that optimal metastable distance, they are bodily ready for the widest variety of punches all at the same time.

A jab, a hook, an uppercut.

They're not doing all of them, but their body is primed.

It allows for rapid, flexible switching between any of those actions.

And if they move away from that 0 .6 distance, too close or too far?

Their action readiness states either get too integrated so they get rigid or they segregate too much and their actions become uncoordinated.

They lose their flexibility.

So whether it's the visual tension of the person looking at the painting or the physical tension of the boxer at the wrong distance, it's all just effective disequilibrium driving us toward that metastable zone.

A zone where we achieve the best bodily action readiness.

And action readiness is another key concept, one that Seth borrows from emotion psychology, especially the work of Nico Frida.

So solicitations, the relevant affordances, they literally evoke these measurable bodily states of being ready to act.

Yes, it's a neurophysiological patterning that reflects our striving to change the current situation to reduce that tension.

And this is how it all connects.

Ecological psychology with affordances, phenomenology with solicitations and affect, and emotion psychology with action readiness.

So we're moving from thinking about just one action to engaging with the whole field of relevant affordances.

Skilled intentionality isn't about focusing on one single thing.

It's about an integrated responsiveness to a whole field of solicitations at once.

And the brilliant move Seth makes here is how it defines context.

Context is simply the multiple relevant affordances that are currently in play.

They provide context for each other.

I love that.

It's so elegant.

It makes context sensitivity a dynamic property of the field itself.

Context is just as more affordances.

And to help us visualize this, the sources provide a diagram of this field of relevant affordances.

Imagine this dynamic three dimensional chart with bars of different sizes and it's constantly shifting and changing.

And the three dimensions of that chart are really important for understanding skill.

They are width, height and depth.

Let's start with width.

Width is the scope.

It's the sheer number of different affordances that you're responsive to at any one time.

A highly skilled person like a grand master in chess or an expert surgeon has a much wider field of active affordances than a novice does.

Makes sense.

Then there's height.

Height is the relevance.

It's the strength of the pull, that effective allure we talked about.

The solicitations that matter the most.

The ones creating the most tension stand out with the greatest height.

If you're dying of thirst, the affordance of drinking water is going to have a massive height compared to the affordance of checking your email.

And the third dimension is depth, the temporal dimension.

Yes,

depth reflects the anticipatory nature of action readiness.

It's not just what I'm ready for right now, but what I'm getting ready for next or what constraints are coming from the future.

The ice climber is a great example.

They're not just focused on the next handhold.

Not at all.

They're anticipating the entire route ahead.

The quality of the ice 10 meters up, the fact that the sun is setting, all of those anticipated possibilities form the depth of their field and they actively shape their readiness states in the present moment.

That concept of depth is so important.

It explains how planning and anticipation, which we usually think of as higher cognition, are just built right into this action ready model.

Exactly.

While I'm reading a document for work, the possibility of a deadline this evening or the need to plan what's for dinner is an affordance on the horizon that subtly changes the height of my current focus on this document affordance.

And the sources use this model to provide a really stark contrast.

The field of someone suffering from clinical depression.

In that diagram, the field is just flat.

The width, the scope of possibilities is tiny.

And every column is equally low in height because that effect of allure, that sense of value and pull is gone.

The person is still physically capable, but the environment doesn't solicit them.

It doesn't generate that tension.

So depression in this framework is a fundamental breakdown of skilled action.

It's a deactivation of the soliciting field that normally pulls us toward an optimal grip.

And this whole field is incredibly dynamic.

As you act on a solicitation, say, you grab that glass of water, that column shrinks.

The tension is resolved.

And that immediately allows other affordances to pop up as relevant, instantly reshaping the entire field.

Constantly.

The dynamics of my own body, I'm getting tired, the dynamics of the environment, the room is getting louder, are continuously restructuring this field of possibilities.

It really is an integrated response to the whole field.

So now we understand the experience of being solicited, of striving for this optimal grip.

The final question is, how does the brain and body actually do all this?

How does it realize this complex, self -organizing dynamism?

All right, so now we shift down to the micro level.

The biological, the neurological.

Say I've used this whole thing as one integrated, self -organizing system.

The brain -body landscape of affordances system.

So cognition isn't something the brain does on its own.

It's a property of that whole system, which includes the person and their socio -material world.

Exactly.

And the central mechanism is this reduction of tension we've been talking about.

The tendency toward optimal grip at the macro phenomenal level is the direct result of reducing dis -attunement between two fundamental dynamics.

Okay, what are those two dynamics?

First, you have the internal dynamics.

This is all the micro level complexity in the brain and the body, all those interacting, self -organizing states of action readiness.

And the second one?

The external dynamics.

This is the constantly changing landscape of affordances out there in the socio -material environment.

So at a mechanical level, optimal grip is just the ongoing process of attuning these two dynamics to each other.

And this is where CIF brings in one of the most complex, but also most influential theories in modern neuroscience.

Carl Friston's free energy principle, or FE.

Bringing in FEP is how CIF grounds itself neurodynamically.

But they give it an ecological and active interpretation.

They argue that FEP, which is often talked about in terms of the brain minimizing prediction error, is really about something more fundamental.

It's about improving the individual's grip on the environment.

That's the CIF interpretation.

Instead of the brain being this abstract prediction machine, we should see it as minimizing free energy, which is a biological measure of the person's dis -attunement with their environment.

The feeling of tension or disequilibrium is just the way high free energy shows up for us, phenomenologically.

I like that.

It makes it much more embodied.

It does.

It stresses that the brain's very structure and function are shaped by the structure of the ecological niche we live in.

If your body and brain effectively model the structure of your world, you can stay attuned to it by being selectively open to the relevant affordances.

The brain's architecture is basically a map optimized for skilled action in our specific socio -material world.

That's the idea.

Now let's talk about the self -organization mechanism, that continuous feedback loop.

Right.

How do the micro and macro levels influence each other?

Think of it like a flock of birds or a symphony orchestra.

You have the micro level complexity, all the tiny interacting states of action readiness,

all the individual musicians playing their instruments, and all that activity drives the emergence of the macro level pattern.

The flocks overall shape or the coherent musical theme of the symphony.

But, and this is the crucial part of self -organization, that macro level pattern isn't just a result.

It actively participates.

It loops back and constrains the dynamics of the micro level parts.

The overall theme of the music restricts what the individual violist can play.

It's that classic loop from complex systems theory.

The whole constrains the parts that create it.

And that's how thousands of microscopic action readiness states can coordinate themselves into a single, smooth, coherent, skilled action.

And this coordination has to happen across a hierarchy of time scales.

This brings us to the idea of place affordances.

Right.

Human life is layered.

Grasping a pen takes a fraction of a second.

Writing a book takes years.

So broader behavior settings, a library, a construction site, a church, they have much slower dynamics.

They operate over longer time scales.

And these settings function as place affordances.

The place itself, with its social rules and physical layout, generates a whole pattern of possibilities that lasts for a long time.

Exactly.

And these slower macro level dynamics, the enduring form of life of a library, they enslave or entrain the faster, more microscopic states of action readiness.

The place affordance of being in a library constrains the whole range of actions you're ready for.

You're ready to whisper and read, not to shout and run.

The general environment dictates the range of appropriate action readiness states.

And this nested structure of constraints is also how Sith explains anticipation.

The depth dimension of the field we talked about.

The anticipation of affordances on a slower time scale,

like the place affordance of having a job interview tomorrow, can influence my faster microscopic readiness states right now.

It pushes me to prepare, and it probably makes the affordance of watching TV much less attractive.

It lowers its height in the field.

Right.

And when this whole nested multi -scale system is working beautifully,

when the person is perfectly attuned to this dynamic layered landscape,

HEF gives that state a special name.

Hypergrip.

Hypergrip.

It's a concept meant to capture that functional excellence you see in peak performance.

It's the ease and flexibility of switching between activities when you're operating in that optimal, modestable zone.

So hypergrip is the dynamic flexibility you get from being perfectly attuned.

The Boxer is the prime example again.

At that critical 0 .6 distance, the Boxer is in a state of hypergrip.

The Bag invites a wide variety of effective actions, and the Boxer can switch between any of them with minimal effort.

Their system can fluidly adopt many different functional states in response to the tiniest change.

And this functional excellence, this optimal, metastable attunement is what allows us to skillfully navigate the world.

It ensures that our skilled actions are always serving that basic biological concern of tending toward an optimal grip, constantly minimizing that disattunement, even though the grip can never be final.

It connects every single level.

The social norms of the form of life, the internal feeling of tension, and their rapid neurological coordination.

One seamless self -organizing system.

It's a truly remarkable synthesis showing how skill is just the continuous maintenance of this flexible attunement to a world that's constantly pulling on us.

That's a great way to put it.

What a fantastic journey into the skilled intentionality framework.

So to recap for everyone, SI is this powerful, unifying vision for ecological and active cognition.

It insists on putting that E for ecological back in the picture by defining our human world as this rich, resourceful, and fundamentally social landscape of affordances.

And the core insight, really, is its definition of affordances.

By defining them as a relation between the socio -material world and an ability available in a form of life,

It allows the framework to get past that old lower versus higher cognition divide.

Right.

It treats something complex like planning or using language as a skilled action on the same footing as grasping a cup.

They just manifest at different timescales within the same dynamic system.

And crucially, it connects the normative side of our lives, our judgments of better or worse actions, directly to these shared practice -based forms of life.

It's so integrative because it links our personal, phenomenological experience of being solicited or drawn toward an optimal grip.

With the neurodynamic reality of how that grip is achieved.

Through a self -organizing metastable system of action readiness that's always working to minimize tension, or what Friston calls free energy.

It unifies everything.

The collective social level, the individual experiential level, and the micromechanical brain -body level.

The goal is always the same.

Reestablish a relative equilibrium by reducing the disattunement between ourselves and the world.

So what's the big takeaway for us as highly skilled humans navigating this incredibly complex world?

It seems the underlying drive for all of our skills, all of our cognition is rooted in this ongoing inherent disequilibrium, this inevitable lack.

That we are fundamentally effective beings,

perpetually moved by the environment to reduce tension.

That's the most profound takeaway for me.

Our cognitive lives, our skilled lives, they aren't defined by reaching some final stable goal because that kind of perfect stability is impossible for a living system.

Instead, our lives are defined by the continuous skillful tendency to improve a situation that is always by its very nature changing and on the verge of breakdown.

The second we achieve some kind of relative balance, the system's inherent lack immediately creates new tensions, new solicitations, new possibilities for action.

We're always chasing that optimal grip.

Which is why we're always active, always learning, always looking ahead.

We are, at our core,

concernful systems of possible actions.

That perpetual disequilibrium is the engine of all human creativity and adaptation.

And that leaves us with a really provocative thought to end on.

If the very foundation of our skill, our intelligence, and even our sense of purpose rests on an inherent necessary instability,

then maybe the most skilled thing a person can do isn't to try and eliminate tension from their life, but to become an exquisite manager of perpetual disequilibrium.

A fantastic thought.

Thank you for joining us on this deep dive.

We hope you feel thoroughly informed and may be ready to start seeing the deep social structure behind every single action you take.