What question did this study set out to answer?

This paper aims to present a unified field theory that connects various physical forces through a single clock field concept.

synapse

⌘+K

synapse

⌘+K

June 2, 2026Open Access

Theory T v3.0

Key Points

This paper aims to present a unified field theory that connects various physical forces through a single clock field concept.
Developed a theoretical framework based on four postulates.
Derived multiple fundamental physical equations from a unified Lagrangian containing only one field and one constant.
Provided mathematical derivations linking classical and quantum phenomena to the clock field.
Newton's gravity and Einstein's equations derived from the clock field's properties.
Maxwell's equations naturally arise from local symmetry of the clock field's phase.
Concepts of dark matter and dark energy are explained through the behavior of the clock field.

Abstract

In this paper I present Theory T v3. 0, my unified field theory where I postulate that all physics emerges from a single complex clock field T (x, t) with frequency T = E/. I justify 4 postulates and I derive from them: Newton's gravity from |T|, Einstein equations from metric of T, Maxwell equations from phase of T, QCD from color of T, particle masses from knot topology, dark matter from (T) ², dark energy from Tₕ₀₂, and quantum entanglement from shared T-phase. My unified Lagrangian contains 1 field, 1 constant, and 0 free parameters. I give full mathematical derivation of each force and I show how Maxwell equations arise naturally from U (1) local symmetry of T-phase.

Read Full Paperexternally

Mark Helpful

Bookmark

Relay

View Full Paper