### Youtube Viewer Asks About The Multiverse Theory, Delayed Choice Quantum Eraser & E8 crystal

Quantum Gravity Research's (QGR) youtube channel receives a lot of interesting questions and comments.

A recent question pertains to QGR's emergence theory and whether it accounts for multiverse theory and the delayed choice quantum eraser, and what about the E8 Crystal in all this?

Emergence theory does not accept or suggest the multiverse theory. There are three primary categories of interpretation of QM, where versions fall into being more similar to one than the other:

(1) Copenhagen interpretation related ideas, which says that a possibility space that is not real exists and when particles can exist either as a non-physical probability wave or, after being measured, can exist as a particle, i.e., wave-particle duality and the notion of superposition.

(2) The Bohm pilot wave related ideas that deny wave-particle duality and say that a particle has a physically real wave aspect and a particle aspect and

(3) many-worlds type ideas that also deny wave-particle duality and say that there is a physically real set of universes and that we, or a single particle, branch through a network from moment to moment of these many universes.

Our approach has similarity to all three.

The similarity to the Copenhagen interpretation is that we agree measurement is deeply key to what is real and what is not.

Our similarity to the pilot wave QM interpretation is that we think a particle has a wave aspect and a particle aspect at the same time. The wave aspect is what we call an “empire wave”, from the object in quasicrystal math called the “empire” of a vertex in the quasicrystal. Empire waves are non-local according to the non-enigmatic geometric first principles of projective geometry.

And our approach is similar to the many worlds approach insofar as having a large but finite set of paths through a non-physically real possibility of paths that exists. A key difference is that choice or measurement, according to the Code Theoretic Axiom paper of ours, navigates the syntactically legal choices through the possibility space, where the choice pathways are physically real.

Projecting a slice of the E8 crystal to lower dimension via an irrational angle gives us the geometric possibility space as well as the code syntax that can operate on it.

As far as the quantum eraser experiment, it will be difficult to clarify this connection in a brief blog like this. However, I can say that the delayed choice experiment indicates that an action associated with measurement knowledge in one part of spacetime can influence things in another part of spacetime. Our approach indicates this because

(1) you can think of multiple legal states of our 3D quasicrystal living in a 4D quasicrystal possibility space.

And (2) you can learn about interacting phason empire waves in the 4D quasicrystal to be in feedback loops, according to empire interactions, with phason quasiparticles in the other parts of the space-time quasicrystal.

Much of what I am discussing here, can be found in my paper 'Toward the Unification of Physics and Number Theory' which includes an overview of the conceptual framework of

*emergence theory*, an approach to unification physics based on the quasicrystalline spin network. My paper also discusses the fact that quantum mechanics does not require the assumption of Bohr’s conjecture known as*complementarity*– the core of the Copenhagen interpretation of quantum mechanics. This is the view that a fundamental particle, such as an electron, is either a wave or particle but never both. Neither experiment nor the mathematical machinery of quantum mechanics compel this interpretation. De Broglie-Bohm theory states that an electron, for example, is always a wave and particle at the same time and that the wave aspects guides the particle coordinate, like a pilot wave. The cost of this absolutely rigorous but less popular interpretation is the requirement of the assumption of inherent non-locality in nature.
You can also view a video a presentation 'The Code Theoretic Axiom: The Third Ontology'.

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