Children Are Paying for Our Abstraction

We did not mean to do this to them.

That matters. And it also does not change what is happening.

Over the course of several generations, adults built systems optimized for abstraction — for speed, efficiency, scale, and symbolic exchange. We became extraordinarily good at moving information. We built institutions, technologies, and economies that reward fluency at the level of symbol, metric, and representation.

And then we handed those systems to children.

Not because we were cruel. Because we genuinely believed that preparing children for the world meant immersing them in it early. More input. More exposure. More acceleration. Get them ready.

But a child is not a small adult waiting to be loaded.

She is a body in the middle of a long, slow process of becoming — one that asks for movement, relationship, boredom, risk, touch, friction, and the kind of direct encounter with reality that cannot be simulated or accelerated without something being lost. Not because these things are sentimental. Because they are how a nervous system learns to trust itself.

Abstraction itself is not the problem. Language is abstraction. Mathematics is abstraction. The ability to symbolize and imagine and think beyond the immediate moment is part of what makes us human. But there is a difference between growing into the capacity for abstraction and being submerged in high-density symbolic environments before the body has built the ground beneath them.

The cost of that difference is what I keep watching appear in children.

Not in intelligence. Not even necessarily in academic performance. In something harder to measure and harder to name — the capacity to stay present inside a body long enough for meaning to form. The ability to sit with discomfort rather than immediately reaching for something to make it stop. The slow development of a self through friction with other selves, through consequence, through the particular resistance of physical reality. These are not skills that can be taught directly. They are what happens when a nervous system is allowed to develop in conditions it can actually metabolize.

I live in Massachusetts, one of the highest-performing educational states in the country. My children attend one of the lowest-performing districts in the state. I have spent thirty years teaching children through movement, watching generations move through my hands, and I notice what has shifted — not because I am looking for it, but because it is in the room with me. Attention that skids. Bodies that don't quite know where they are in space. A shorter distance between discomfort and collapse. The nervous system working harder to find its footing.

And what unsettles me most is that this is happening inside systems full of people who genuinely care. The educators around me are not indifferent. The therapists are not incompetent. The parents are not checked out. They are thoughtful, exhausted, well-meaning people trying to do right by children inside structures they did not design.

Which is exactly why the question cannot stay personal.

Because information is light. It moves fast, scales easily, reproduces without friction. But embodied understanding is dense. It requires repetition, constraint, time, relationship, and the slow accumulation of experience that the body has had long enough to integrate. The body is the furnace where meaning acquires mass.

What we are building are systems that move information faster than bodies can burn it.

Children are not failing to adapt. They are adapting exactly as organisms do — reorganizing around the environments they are given, finding equilibrium where they can. The question is what that adaptation costs. What gets quietly restructured in order to keep up. What a nervous system learns to do without when without becomes the permanent condition.

The question is not whether technology is good or bad. It is whether we are willing to redesign our environments around the pace of human development — rather than continuing to ask human development to endlessly reorganize itself around systems built for scale.