The Speed of Time: A Pattern-Level Update-Rate Interpretation of Cosmological Structure

This paper proposes that time is an operator with a finite update rate rather than a fixed background parameter. The temporal operator emerged through a foundational event — the hinge — and propagated across the underlying pattern (T0) over a three-day stabilization window. The ratio of T0's extent to that duration defines a new primitive: the speed of time. Treating time as a variable update-rate field provides a unified account of black-hole time dilation, flat galaxy rotation curves, and the apparent acceleration of cosmic expansion — without invoking dark matter or dark energy. Five testable predictions are derived. The framework is compatible with general relativity and quantum mechanics.