Space and time seem, holographically speaking, to have 26 spacial dimensions plus time, yet this here is really how it works.
You have a multiplicitly delineated Minkowski Space of 26 spacial dimensions that is intertwined in operationally kinematic space with residue of all of the universes within 3mm of each other everywhere you go in our universe, and, quite literally, all of the universes of our set of parallel universes within 1mm of everywhere you go in our universe.
Yet, since electrons exist, and electrons have a D-Brane basis in six dimensions (their orbifolds always exist in a minimum of six spacial dimensions), the multiplicit Minkowski Space of space-time is interbound with the basis of six Njenhuis spacial tensors both in a Laplacian and in a Fourier manner such that the Mobiaty of space-time bears its completed second side/second edge at a very large discrete scalar so that space-time is actually Hilbert per set of parallel universes. (Each set of parallel universes has a total of 32 spacial dimensions plus time, and flat space has a maximum potential of 26 dimensions.) If it wasn't for that, electrons would be incapable of forming light that had the ability to quantize in the volumes necessary for laser interactions -- which are very common. Since a photon must have a volume in order to be able to endure its scattering, the basis of space-time must be Hilbert-Based. Sam Roach
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