Temporal Holonomy: Matter as the Geometry of Time
Author: Edwin Pease
Version: May 2026
DOI: 10.5281/zenodo.20115176

Abstract:

Modern physics uses time in several distinct ways. In ordinary quantum mechanics, time is usually an external parameter. In relativity, time becomes proper time along a worldline. In quantum theory, phase evolves cyclically. In thermodynamics, time appears as an arrow associated with entropy. These descriptions are successful, but they suggest that time is not yet understood as a single primitive structure.

Temporal holonomy proposes a reversal of the usual picture. Matter is not fundamentally something placed inside time. Matter is what time becomes when internal temporal cycles become stable, quantized, and observable. Quantum phase is the trace of internal temporal circulation. Proper time is the spacetime projection of that circulation. Mass is temporal resonance. Charge is temporal holonomy. Spacetime curvature is the external geometric response to internal temporal organization.

Matter is to time what music is to vibration. A note is not an added substance; it is a stable mode of vibration. Likewise, a particle can be a stable mode of hidden temporal geometry. Temporal Holonomy provides the philosophical interpretation of the mathematical construction developed in Temporal Mechanics.