Shaking Tangled Dimensions - A Nascent Theory of Everything

Shaking Tangled Dimensions is an exploratory Theory of Everything framework built on a simple but ambitious idea: physical reality may emerge from a discrete, Planck-scale lattice of dynamic “Cores,” rather than from a smooth spacetime continuum. In this model, each Core contains three spatial, three electrical, and three dark dimensions, and the geometry of their overlaps, bends, twists, and cross-connections is used to reinterpret gravity, electromagnetism, particle structure, and quantum behavior within a single underlying picture.

Within this framework, familiar particles such as electrons, quarks, and neutrinos are modeled as localized dimensional distortions in the lattice. Gravity is treated geometrically through spatial overlap and angular inclination relative to a core-centered reference point, while electric and magnetic phenomena arise from the bending and twisting of the electrical dimensions. The manuscript also develops interpretations of spin, neutrino oscillations, the Higgs particle, the fine-structure constant, the double-slit experiment, entanglement, and the strong and weak interactions from the same dimensional substrate.

A central theme of the work is that quantum uncertainty may reflect continual Planck-scale oscillations of the lattice rather than fundamental indeterminacy at the deepest level. In that sense, the manuscript connects with Jacob Barandes’ stochastic-quantum correspondence, proposing the shaking core lattice as a possible physical origin for the contingent ingredient in run-dependent probabilities. 

The current version adds Appendix H in which Nelson's Stochastic Mechanics is used as a basis to show how the Schrödinger Equation may be derived from a shaking lattice.

This manuscript is not presented as a finished theory, but as a developing geometric research program. Its goal is to offer a coherent lattice-based picture that links spacetime structure, particle behavior, quantum contingency, and dark matter, while identifying the areas that still require further mathematical development and empirical discrimination. Readers interested in quantum gravity, emergent spacetime, alternative quantum foundations, and geometric approaches to unification may find the framework worth exploring.

Version notes (high level):

v4: Added material linking the Tangled Dimensions lattice to Barandes’ stochastic-quantum correspondence, framing lattice dynamics as a possible microphysical origin for stochastic quantum behavior.
v10: Added Appendix D on asymptotic freedom.
v11: Revised Appendix D and added Appendix E on a proposed mechanism for quark mass generation.
v12: Added Appendix F on why antigravity does not occur in this model and Appendix G on entropy and the arrow of time.
v13: Reorganized several sections for clarity, revised the dark-matter discussion. 
v14: Revised Photon section.
v15: Added Appendix H on derivinig the Schrodinger equation from a shaking lattice.