Abstracts

Subspace Field Theory I: The Gravimetric Loop

We present Subspace Field Theory, a new physical theory that replaces mass with spin, developed to model the metrical properties of vision. The crux of the theory is an entangled, double metric grafted to the Golden Ratio that has led to the development of several novel processes which we use to introduce the theory. Read more.

Subspace Field Theory II: Boson Conformational Dynamics

In this second report of Subspace Field Theory, we show how the Standard Model of physics can be fit to the Octahedral point group. This procedure reveals two conformations of the Higgs boson, one of matter and the other, new conformation of energy, which we name the Higgy-P that is the focus of this work. Read more.

Subspace Field Theory III: Dark Matter Contributions to the Hydrogen Atom

In this third report demonstrating Subspace Field Theory, matter is fit semi-quantitatively to the Octahedral point group. The result of this procedure describes the inversion between energy and matter. Read more.

Subspace Field Theory IV: Addition of the Gravitational Constant to the Gravimetric Loop

We conclude our presentation of Subspace Field Theory with the introduction of the Quantum Array. The space metric of the first report (the measured value to Proxima Centarii) is derived from the expansion of the subspace metric derived there, thereby completing the Gravimetric Loop. Read more.