The Algorithmic Game of Chaos and Decoherence: An Operational Semantics for Quantum Pyramidal Cosmology

We present an operational and algorithmic interpretation of Quantum Pyramidal Cosmology (QPC) in which the fundamental processes of chaos and decoherence are recast as interacting computational agents (Primes) engaged in a recursive game on a multi-level cellular automaton. Chaos, the First Prime, seeks to return all structure to the undifferentiated superposition state through the null state, acting as a universal return command. Decoherence, the Second Prime, counters by redefining the meaning of "void" at each emergent level, forcing Chaos into an infinite chase across a hierarchy of abstractions. The model suggests a deep connection between cosmology, computation, and consciousness.