Universal String Theory: Emergent Spacetime from a 12-Dimensional Hexagonal Close-Packed String Lattice

This paper presents Universal String Theory, a fully background-independent completion of string theory where spacetime emerges dynamically from a 12-dimensional Hexagonal Close-Packed (HCP) string lattice. By replacing the continuous spacetime manifold with a Cosserat continuum governed by a Connectivity Tensor, we remove the necessity for arbitrary Calabi-Yau compactifications. Dimensional reduction is achieved through a topological projection operator enforcing single-point intersections on a 6D brane, perfectly mirroring F-theory 7-brane localizations. This was derived from work on an empirical unification model, and backed by a master force unification equation that was produced as part of that model, allowing direct experimentation and testing of the model.

I can be contacted at jpswithenbank@liberty.edu or Jamieswith@gmail.com

Update on unpublished items:
I have been unable to get the matter from F theory's 7 Bane to work correctly on a 6 Bane.

At the same time relativity starts to diverge from experimental data when applied to an odd number Bane (4,6,8 works but 5,7 diverges)

An 8 dimensional spacetime bane would cause gravitational wave dispersion that would be detectable in LIGO data (it is not)

A six dimensional spacetime bane would not be detectable by LIGO but should theoretically be measurable in LISA data once the instrument is available.

This raises the possibility that matter is a 7 dimensional construct of a 12 dimensional string, sitting on top of a 6 dimensional spacetime bane.

If that is the case, then this extra dimensionality of matter outside of the spacetime bane might provide the explanation for entanglement, along with it's delicate nature and limited capabilities.