Minds, Bodies and Machines: Questions for an Embodied Future
Embodied intelligence, AI, and what remains uniquely human
By Nathan Blair
Somatic work is growing at the same time as AI and robotics are accelerating. At first, these developments can seem to belong to different worlds.
On one side: code, circuits, models, machines.
On the other: bodies, sensing, emotions, organismic life.
And yet, some of the main fields of study in AI and robotics are now overlapping with areas that somatic practitioners have been exploring for a long time: embodied cognition, nervous systems, movement, perception, and the relationship between bodies, environments, and intelligence.
That overlap raises a deeper question: as machines become more capable of reasoning, creating, and responding, what forms of intelligence become newly precious in human beings?
Our goal here is to open the conversation. Not to provide final answers.
What Is a Mind — and Does Intelligence Need a Body?
Artificial intelligence doesn’t only challenge what machines can do. It challenges what we mean by mind. Once that door is opened, a deceptively simple question follows: what is a mind?
And from there: can a robot have one? Is there something about having a body that matters for the emergence of intelligence? And if so, what kind of body?
These questions live at the intersection of somatics, AI, and robotics because all three are interested, in different ways, in the relationship between cognition, movement, sensation, and environment. At The Somatic School, we look at the science of embodied cognition because we’re interested in human bodyminds. People working in AI and robotics may look at the same science because they’re interested in digital minds and mechanical bodies, with an appreciation drawn from embodied cognition: intelligence does not arise in a vacuum. It emerges through interaction, context, feedback, and form.
The science is shared. The bodies are different. The questions are not settled.
This creates a curious situation. Engineers are asking how to design mechanical bodies that move, sense, and respond in more intelligent ways. Somatic practitioners are asking how to support human bodies to sense more clearly, regulate more fully, and participate more deeply in life.
Both are interested in cognition, perception, environment, and adaptation.
One is concerned with designing robots.
The other is concerned with understanding human experience.
As AI and robotics become more woven into everyday life, the relationship between human bodies and mechanical bodies is likely to become more fascinating. Beyond the familiar stories of AI apocalypse or robots in every home, there are deeper questions about how we relate to these systems, and what they reflect back to us about ourselves.
If AI Can Think and Create, What Makes Us Human?
For a long time, many traditions, including strands of Greek philosophy, placed our capacity to think at the centre of human identity: rationality, propositional reasoning, the intellect. But we are now watching machines perform something that looks remarkably like thinking. They can handle logical reasoning in ways that sometimes surpass individual humans. They can simulate creativity. They can generate jokes, sketches, arguments, summaries, plans, and strategies that work.
Whether or not we call this thinking in the full human sense, AI is now performing many tasks we once associated with thought. So what do humans offer that is different? What is inherently human?
If thinking alone is no longer the clear boundary, perhaps we need to look deeper into intelligence itself: toward sense perception, embodied ways of knowing, and forms of intelligence beyond the intellect.
For example, you might ask a system like ChatGPT, “Does this feel right to you?”
It can tell you whether something sounds coherent. It can tell you whether an argument makes sense within a given logic. It can tell you whether the structure is clear, the tone consistent, or the idea well expressed.
But it cannot tell you if there is a felt sense of rightness or wrongness. It cannot sense resonance or dissonance in the way a human body can. This is not because the algorithms are weak. It is because they simply do not have the equipment.
We do. We have bodies. We have nervous systems. We have moods, tensions, gut feelings, waves of energy, visceral contractions and expansions. We have the subtle sense of yeses, nos, and not-yets that tell us something about our world before words arrive.
What that “something” is, and exactly how it works, remains an open question. But it points to a kind of knowing that current AI cannot replicate: embodied sense-making.
Embodied Sense-Making and Body-Oriented Coaching
Body-Oriented Coaching lives right in that territory. If the machine age pushes us to ask what kind of knowing cannot be reduced to computation, Body-Oriented Coaching offers one practical place to explore that question.
Rather than treating the body as an accessory to the “real work” of the mind, it invites clients to include their felt sense in how they understand their lives; treats bodily sensations as meaningful data; honours organismic sensing alongside thought and emotion; and lets change emerge from the whole system, not just from abstract meaning-making.
It doesn’t reject thinking. It simply treats thinking as one expression of a deeper, living intelligence.
In an age where AI can generate answers, plans, and strategies in seconds, there is something quietly radical about slowing down to ask: What does the system know about this? What does your body have to say? What happens if we give this stuckness a bit more time and attention?
Body-Oriented Coaching is about partnering with the intelligence of the organism and the living system: an intelligence that moves through heartbeat and breath, through sensation and impulse, through the wider currents of life that have been adapting and organising themselves for millions of years.
It is a discipline of listening to the intelligence of the whole bodymind, where sensing, feeling, thinking, and responding are part of one living process.
Symbiosis and the Human Task
In moments of rapid technological acceleration, the reflex is often rejection.
AI becomes framed as dangerous, inhuman, or something we should resist altogether. And yet, it is unlikely we are going to move backwards. There is a familiar temptation, especially during times of uncertainty, to return to the roots: back to basics, back to the land, back to a simpler way of living.
That longing makes sense. Still, very few modern humans would genuinely want to relinquish all the privileges, tools, and conveniences that shape contemporary life.
A more relevant question may be: how do we develop a healthy relationship with it?
At The Somatic School, we are more interested in being part of that conversation than standing outside it. We do not need to celebrate AI uncritically. We do not need to condemn it outright.
Instead, we can ask: what is truly ours to do as machines excel at prediction, optimisation, and production?
The Attunement Economy
AI is accelerating many of the things that are predictable: pattern recognition, optimisation, task automation, scalable content, and data analysis. As machines become better at producing information, value may move toward the human capacities that help us know what information is worth attending to: attunement, discernment, context, timing, presence, and care.
Jasemen Nassab describes this as an emerging attunement economy. Others have pointed to a closely related shift toward what is being called a wisdom economy. In this view, the limits of the knowledge economy are becoming more visible. Information, prediction, and optimisation alone are not enough to meet the complexity of the world we are living in.
What becomes valuable is the capacity for discernment: sensing context rather than abstracting it away; holding uncertainty without rushing to resolution; responding from embodied judgement rather than detached analysis.
Here, emotional intelligence and somatic awareness are no longer merely “soft skills.” They become essential capacities, especially in a world shaped by increasingly powerful technologies.
Bodies and relationships become key sites of value. They are where we sense what matters; where we register impact; where we notice what is too much, too fast, too flat, too false; where we find the difference between what is impressive and what serves the health of the whole.
What shape this takes is still unfolding. But it may be that the more our technologies evolve, the more they call us back to wiser ways of sensing, relating, and responding.
Open Questions for an Embodied AI Age
So we return to where we began. What is a mind? Can a robot have one? Is an organic body necessary for the emergence of certain kinds of intelligence? What will humans be valued for in a world where machines can reason, optimise, and create? How might our sense perceptions, embodied ways of knowing, and intelligence beyond the intellect come to the foreground? What does it mean to build an attunement economy in the midst of rapid AI acceleration? And how might we relate to technology, including AI, in ways that deepen our humanity rather than erode it?
These are not questions with quick answers. They are questions to live with, sense into, and build our future from.
For now, perhaps one simple experiment is enough:
As you read this, notice your body.
Any sense of resonance or dissonance.
The subtle yes, no, or not yet.
What is your embodied knowing right now?
You Are Invited
To join us on Wednesday 24th June 2026 from 12pm-1pm (UK time) for Future Proof Your Career: Somatics in the Age of AI
In this free online event, we will explore the human capacities becoming increasingly valuable in the age of artificial intelligence. Together, we’ll reflect on the future of work, the limitations of technology in human change processes, and how Body-Oriented Coaching can help develop the kinds of qualities AI cannot replace.
This will be a guided conversation for coaches, therapists, facilitators, leaders, educators, people professionals, and anyone curious about a more embodied and future-facing way of working with people.
