Research & Preprints

The following papers present an independent research programme exploring the relationship between time, gravity, and quantum state reduction within a unified scalar–vector–tensor framework.

These works are released as preprints to make the full framework openly available for review and discussion.

ORCID: 0009-0005-6972-2516

Independent researcher, United Kingdom

Research interests: quantum foundations, gravitation, and time-rate field models.

All manuscripts are released as versioned preprints as part of a unified research programme.

All manuscripts are released as independent preprints pending journal submission and community review.

Conceptual representation of clock-rate structure and coherence across scales within a scalar–vector–tensor framework.

Quantum State Reduction from Clock-Field Structure

Proposes a mechanism linking quantum state reduction to local clock-rate variation within a scalar–vector–tensor framework.

Quantum State Reduction from Clock-Field Structure
Version 1.0 — January 2026
Status: Preprint
[Download PDF]

Gravity as a Time-Rate Field

Reformulates gravitational dynamics as spatial variation in local time rate, providing a unified description of curvature effects.

Gravity as a Time-Rate Field
Version 1.0 — January 2026
Status: Preprint
[Download PDF]

Experimental Tests of Clock-Field Decoherence

Outlines laboratory-scale experiments designed to detect time-rate–induced decoherence effects.

Experimental Tests of Clock-Field–Induced Decoherence
Version 1.0 — January 2026
Status: Preprint
[Download PDF]