Information as Reality: The τ-Delay Field as a Physical Mechanism for the Law of Increasing Functional Information

This work bridges the philosophical and physical dimensions of information theory by synthesizing Robert M. Hazen and Michael L. Wong’s Law of Increasing Functional Information with Bahman Masarrat’s Five-Dimensional τ-Delay Field (TDF) model.

Hazen and Wong propose that the complexity of evolving systems — from minerals to life and civilizations — grows as functional information accumulates through natural selection-like processes acting on configurations that perform useful functions. Masarrat’s TDF framework provides the missing physical mechanism: a dynamical delay scalar field (τ) embedded in a compact fifth dimension that encodes causal memory and regulates information flow through spacetime curvature.

By coupling delay dynamics to general relativity and quantum behavior, the TDF model transforms the abstract principle of increasing functional information into a geometric law of nature. This unification implies that information is not merely descriptive but ontological — a fundamental constituent of the universe, with τ serving as its mathematical grammar.

The essay explores the philosophical implications of this synthesis: time as informational asymmetry, gravity as memory flow, and the cosmos as a self-learning system evolving through delay-encoded selection.