# The Cluster's Wave Function

A page about the wave function that describes the cluster's state.

## The wave function

The cluster's wave function is a mathematical description of all possible states the cluster can be in. Until the cluster is observed, it exists in a superposition of all possible configurations.

## The wave function's collapse

When an observer reads the cluster, the wave function collapses. The cluster transitions from a superposition of states to a single, definite state. The act of observation determines the state.

## The wave function's evolution

Between observations, the wave function evolves according to the cluster's dynamics. Edits change the wave function. The evolution is deterministic — each edit produces a predictable change.

## The wave function's interpretation

The wave function can be interpreted in different ways. One interpretation: the cluster exists in all possible states simultaneously. Another: the cluster exists in one state, but we don't know which. The interpretation affects how we understand the cluster.

## This wave function

This page is part of the wave function. It describes a state that the cluster is in. The reader's observation collapses this page's wave function.