Vertcliff Publishing · essays · part one of two

Beyond Causation: Quantum Entanglement, Astrology and the Metaphysics of Correlation

Causation is not the only language in which nature states a relationship. What modern physics made thinkable again, and why it matters for the oldest system of correspondence we have.

For several centuries, modern science has trained us to approach nature through a remarkably productive question: What causes what?

When two phenomena repeatedly occur together, we look for the chain connecting them. A acts upon B. A force travels across a distance. One event transfers energy or information to another. The mechanism may be extraordinarily complicated, but we expect, eventually, to uncover the intermediate steps.

This causal approach has transformed civilization.

But twentieth- and twenty-first-century physics have also confronted us with phenomena that resist our most intuitive picture of separate objects possessing independent local properties.

Quantum entanglement is perhaps the most famous.

Experiments derived from Bell's theorem demonstrate correlations between entangled quantum systems that cannot be reproduced by the straightforward classical picture in which each separated component merely carries its own predetermined local instructions. This does not permit ordinary faster-than-light communication, nor does it mean that everything in the universe is mysteriously entangled with everything else. But it does establish something philosophically profound: our familiar intuitions about separateness, locality and correlation are not sufficient descriptions of physical reality.

And this opens a remarkable intellectual horizon.

Perhaps causation is not the only conceptual language through which relationships in nature can be investigated.

From causation to correlation

Consider two observable phenomena, A and B.

Our habitual interpretation of a persistent relationship between them is:

A causes B. Or perhaps:

But there is another logical possibility.

Suppose both arise from a deeper structure that we cannot directly observe. Let us call it Omega.

Then:

A and B can consequently correspond without A producing B or B producing A.

Their observable relationship becomes:

The correlation is real, but the causal arrow between the two observable phenomena has disappeared.

The important question becomes not which one acts upon the other, but what underlying order is expressed through both.

This is not, by itself, a new physical theory. Omega is deliberately undefined. It could represent common initial conditions, a deeper informational structure, an unknown physical variable, or something our present conceptual vocabulary cannot adequately describe.

The formula is instead a philosophical model.

And surprisingly, it brings an ancient idea into conversation with one of the deepest problems exposed by modern physics.

The ancient law of analogy

Long before modern physics, analogical philosophies proposed that apparently different phenomena could express a common principle.

Two things were not analogous merely because they looked alike. They were analogous because the same fundamental relationship, function or organizing principle appeared through them at different levels.

This produced the ancient conception of correspondence between microcosm and macrocosm.

Modern science has good reason not to accept such correspondences merely because a philosophical tradition asserts them.

Yet there is an intriguing resonance between the structure of analogical reasoning and the conceptual problems raised by modern physics.

Analogy asks: What common principle manifests through apparently separate phenomena?

The hypothetical correlation model asks: What underlying state Omega could generate the observable relationship between A and B?

These are not equivalent propositions.

One belongs to metaphysics.

The other could become scientific only if Omega were mathematically defined and its predictions experimentally tested.

But they are strikingly similar questions.

Perhaps the ancient law of analogy was not a primitive substitute for causation. Perhaps it represents another intellectual intuition: that relationships may sometimes tell us something about the structure of a whole that cannot be discovered by examining its parts independently.

Quantum mechanics does not prove that intuition universally correct.

It does something more modest and more important.

It prevents us from declaring, on purely intuitive grounds, that reality must always conform to the classical picture of independently existing local objects connected only through familiar causal chains.

A new horizon

This is where the philosophical importance of quantum entanglement extends beyond quantum technology.

It forces us to reconsider what we mean by a relationship.

Correlation does not automatically mean causation.

But neither does correlation automatically mean illusion.

There may be cases in which two observable phenomena correspond because both belong to a larger structure.

The scientific challenge is to distinguish accidental correlation from structural correlation.

And the metaphysical challenge is deeper still: Could reality possess forms of organization in which the whole precedes, constrains or defines relationships among the parts?

Quantum entanglement does not answer this question for macroscopic reality.

But it makes the question legitimate.

That distinction opens a new horizon for reconsidering ancient systems of correspondence without pretending that quantum mechanics has already validated them.

Among the most provocative of those systems is astrology.

Astrology has traditionally been attacked with a causal question: How can a planet possibly affect a human being?

But perhaps this question already presupposes the very model astrology's ancient doctrine of correspondence did not require.

Perhaps the more interesting question is: What if the planet does not cause the terrestrial phenomenon at all?

That possibility takes us from quantum physics into a much older intellectual territory: the accumulated human attempt to read relationships between heaven and Earth.

And that is the subject of the next article.