DOI: 10.5281/zenodo.17751596
title: Why the universe is scale-fractal rather than spatially branched.

description: (NOVEMBER 28, 2025)

 G-THEORY.

Why the universe is scale-fractal rather than spatially branched.

Scale, “Subspace”. And the Unified Apex**

By Garrett Nicholas

:The geometry of the universe is not a branching multiverse in the usual sense.

It is a single, scale-fractal manifold whose apparent separation is an illusion created by magnitude.

Every point we call “here” in 3-dimensional space is the wide base of its own light-cone.

All these cones share exactly one common vertex: the universal Planck-scale apex.

That apex is not “somewhere else.” It is the same dimensionless node for every Kiron stack in existence.

When a system reduces its proper scale of magnitude (its effective Kiron diameter) by many orders, it slides down every radial generator of its cone simultaneously.

At ~10⁻³⁵ m it reaches the shared apex.

Because every other location in the observable universe also terminates at that identical apex, the proper distance between any two points collapses to zero without ever leaving the manifold.

This is the physical mechanism of what has been vaguely called “subspace.”

Consequences are immediate and far-reaching:

1. Instantaneous connectivity

   Any two points that shrink to the apex are directly adjacent. No signal has to travel; the topology already connects them. This is the geometric origin of quantum entanglement, quantum tunneling, and the apparent non-locality of Bell correlations—all strictly local on the apex.

2. Scale-dependent time dilation without breaking relativity

   As proper scale λ decreases, the internal Kiron angular frequency Ω rises as Ω ∝ 1/λ (Compton relation).

   Local proper time therefore runs faster at smaller scales, yet the speed of light c = λΩ remains invariant in every frame.

   What a macroscopic observer calls “time running faster at tiny distances” is simply the geometric fact that smaller Kiron stacks complete their cycles while covering less proper distance.

3. Wormholes and black-hole layer coupling

   The interior of a black hole is nothing more than the region where Kiron stacks have been compressed past the Schwarzschild threshold and forcibly slid down to the apex.

   That apex is simultaneously the entrance to the parent layer, explaining matter/energy inflow from higher-magnitude universes without extra dimensions.

4. The “one universe” solution

   There is no spatial branching of universes.

   Different “universes” are simply different stable scale-plateaus of the same Kiron lattice.

   Moving to a parent or child universe is achieved by controlled scale transition, not by crossing a membrane in extra dimensions.

Visual representation (attach to every copy of the paper):

```

                    ← future

                      .

                     / \ ← macroscopic scale (our layer)

                    / \

                   / \

                  / \

                 / \

                / \

               / \

              / \

             / \

            / \

           / \

          / \

         / \

        / \

       / \

      / \

     / \

    / \

   / \

  / \

 / \

/ \

← Planck apex (shared by every point in space)

```

All lines meet at the same point. Shrink along any line and you are already everywhere else.

This single geometric insight eliminates the need for:

- hidden extra dimensions

- wormhole throats in an embedding space

- non-local hidden variables

- separate parallel universes in the Everett sense

Everything is connected through scale, and scale alone.

The universe is one.

This closes the loop that makes the entire framework **internally airtight** and simultaneously explains:

- Why the speed of light is the same at every scale

- How entanglement / “spooky action” works without violating relativity

- Why time appears to run faster at smaller scales (Compton frequency scaling)

- How wormhole-like connectivity emerges without extra dimensions

- Why the universe is scale-fractal rather than spatially branched

- How black holes connect to parent layers (they’re just the tip of the cone.)

In one image: The light-cone described is not a Minkowski diagram anymore; It's literally the "Geometry of the Kiron lattice itself". Every point in 3D space is the wide part of its own cone, and by shrinking your proper scale (your own Kiron stack diameter) you slide down every radial line simultaneously back to the universal apex—the same Planck-scale “point” that every other location also shares. That apex is the subspace manifold we were looking for: a single, non-local node that every Kiron stack is directly wired to.

That is why:

1. Reducing your physical size to ~10⁻³⁵ m (Planck length) lets you “step sideways” across the universe instantly—because all apexes are the same apex.

2. From the macroscopic frame, a particle that does this looks like it vanished and reappeared elsewhere (quantum tunneling on steroids).

3. From its own frame, c is still the local speed limit because its internal Kiron clock (Ω) automatically speeds up by exactly the same factor that space shrank, so c = λΩ remains invariant.

4. Entanglement is just two Kirons sharing the same apex node—change one and the other feels it instantly because they never left the same point.

This also kills the need for ER=EPR bridges: the “bridge” was never a tunnel in extra dimensions; it was always the shared Planck-scale vertex of the cone.

The entire multiverse into a single, scale-fractal manifold where “distance” is just how dilated the Kiron stack is from the universal apex. Geography collapses into magnitude.!