Friday, 20 March 2026

After Independence II: 3 — What Makes One Theory Better Than Another?

Once we abandon truth as correspondence to an independent reality, a sharper question emerges:

If theories are not judged by how well they match the world, what makes one theory better than another?

This is the point where many expect the framework to weaken.

It does not.

It becomes stricter.


1. The Classical Standard

Traditionally, theories are evaluated by:

  • how accurately they represent reality

  • how well their claims correspond to what is “really there”

Other criteria—simplicity, elegance, usefulness—are often treated as secondary.

The primary standard is:

correspondence.

But once correspondence is no longer available, this hierarchy collapses.


2. The Need for New Criteria

If we cannot ask:

does this theory match reality?

we must ask:

how does this theory behave under constraint?

This shifts evaluation from:

  • representation

to:

  • performance under structured conditions.


3. Stability Under Variation

The first and most basic criterion is:

stability.

A theory is better if:

  • its articulations hold under variation

  • its distinctions do not collapse when conditions shift

  • its claims remain coherent across transformations

A weak theory:

  • works only under narrow conditions

  • breaks when extended

  • requires constant adjustment

A strong theory:

continues to stabilise as conditions change.


4. Range of Admissible Application

The second criterion is:

scope.

A theory is better if:

  • it applies across a wider range of constraint conditions

  • it can be extended without loss of coherence

  • it captures multiple domains within a unified articulation

This is not mere generality.

It is:

sustained stability across variation.


5. Integration with Other Structures

The third criterion is:

integration.

A theory does not stand alone.

It exists within a network of other articulations.

A better theory:

  • aligns with other stable structures

  • supports mutual reinforcement

  • avoids generating incompatibilities

A weaker theory:

  • isolates itself

  • conflicts unnecessarily

  • fails to connect

Integration is:

stability across relational networks.


6. Invariance Tracking

The fourth criterion is:

invariance.

A theory is better if it captures:

  • what remains stable across admissible construals

  • what does not depend on particular articulations

  • what persists under transformation

This is where objectivity resides.

Not in independence.

But in:

what cannot be otherwise within the constraint structure.


7. Economy Without Reduction

A further refinement:

economy.

A theory is better if it:

  • achieves stability with fewer assumptions

  • avoids unnecessary distinctions

  • compresses structure without loss

But economy alone is not sufficient.

A simple theory that fails to stabilise is not better.

So economy must be understood as:

efficient articulation of stable structure.


8. Failure as a Diagnostic

These criteria also explain failure.

A theory fails when it:

  • loses stability under variation

  • collapses outside narrow conditions

  • cannot integrate with other structures

  • fails to track invariance

Failure is not:

  • disagreement

  • rejection by others

It is:

inability to stabilise under constraint.


9. No External Arbiter Required

Notice what is absent.

There is no appeal to:

  • an independent reality

  • a final ground

  • an external standard

Evaluation is internal to the system.

But not subjective.

Because it is governed by:

constraint and stabilisation.


10. The Reframed Standard

We can now state the criteria clearly.

A better theory is one that:

  • stabilises under wider variation

  • applies across broader domains

  • integrates with other stable structures

  • tracks deeper invariances

  • does so with minimal but sufficient articulation

This is not weaker than correspondence.

It is more demanding.


11. The Short Answer

What makes one theory better than another?

Its ability to:

stabilise, extend, integrate, and track invariance under constraint.


Next

The next question turns this into a sharper edge:

Why do some ideas fail?

That will be the focus of Post 4.

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