No Wasted Geometry does not arrive from nowhere, and it does not need any metaphysics to get started. There is already a substantial body of modern work pointing in the same direction, and the right move is to press the idea as far as it can go in ordinary language and systems thought first, standing on that work rather than against it.

The neighborhood

Amartya Sen’s Capability Approach is especially close to one part of this. It distinguishes resources from the real capabilities a person can actually convert those resources into, and insists that personal, social, and environmental conditions determine whether someone can turn means into meaningful doings and beings. That is exactly the horizon-starved child: the question was never only whether resources existed, but whether the relevant capability could become available.

Bronfenbrenner’s ecological model takes another step toward the premise that a person can’t be understood apart from the field. Development is an ongoing interaction between the developing participant and nested environments — family, school, community, institutions, culture, and historical time.

Self-Determination Theory (Deci and Ryan) adds another piece: social environments can support or thwart development through conditions affecting autonomy, competence, and relatedness. Supported, motivation and development behave very differently than under controlling conditions.

And complex adaptive systems work supplies the larger frame — diversity, agency, power, resources, institutions, feedback, adaptation, and resilience interacting across levels rather than as isolated variables, with diversity and distributed agency treated as sources of resilience.

The gap

All of these are very good at one question: what conditions allow people to develop? They are far weaker at another: develop what, specifically, in this particular participant?

The Capability Approach tells us a person needs substantive opportunity, not merely formal rights. Self-Determination Theory tells us autonomy, competence, and relatedness matter. Bronfenbrenner tells us the ecology shapes development. Complex-systems thinking tells us heterogeneity and distributed capacity matter. But none of them, by itself, tells us why one adequately loved, well-educated child may desperately need horizon, while another needs continuity, another challenge, another solitude, another embodied craft, another recognition.

That is the opening. If development should be individualized, individualized according to what? Consider the tools we already have:

  • Talent testing finds only what has already become visible.
  • Preference surveys capture what someone currently knows they want.
  • Personality measures describe tendencies.
  • Educational assessment measures selected competencies.
  • Genetics provides partial biological information.
  • Life history explains some of the formation.

Each is useful; none captures what we would really need — something like the enduring relational architecture of the participant. And that is precisely what this project means by geometry. Named this way, geometry is not a mystical assertion but a theoretical necessity: personalization requires knowing what particular architecture is being developed, and our current instruments only partly see it.

Where it points

So the argument can stand entirely on observable ground: humans are differentiated participants in an inseparable ecology; ecologies either develop or strand that differentiation; modern developmental and systems sciences already demonstrate large portions of this; but genuine personalization requires a theory of participant geometry that those sciences leave open. Where such a theory ultimately comes from — and what could count as evidence for one — is a question this project keeps deliberately open, and pursues rather than presumes.

Further reading