Temporal–Density Framework

A dimensionless substrate for unified physical law

About the Framework

The Temporal–Density Framework (TDFT) describes all known interactions as projections of a single temporal substrate defined by the invariant α c λ = 1.

This dimensionless relation gives rise to gravitational curvature, gauge symmetries, particle masses, dark-matter formation, and horizon dynamics as scale-dependent manifestations of temporal compression and temporal rotation. In this way, the framework provides a mathematically coherent, empirically testable unification of curvature, gauge physics, matter formation, and cosmic structure within a single temporal substrate.

The Framework

TDFT is developed from first principles as a dimensionless reformulation of gravitation, gauge structure, and quantum behaviour. The full conceptual basis of the framework is outlined here.

Read the Framework Overview →

The TDFT Volumes

The complete theoretical development of TDFT is presented in a three-volume series, progressing from dimensionless foundations to particle physics and cosmology.

View the Volumes Overview →

Zenodo Community

All current TDFT papers, including foundational archival material, are curated here:

zenodo.org/communities/tdft

Author

J. P. Hughes

ORCID:  0009-0005-7543-3681

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