Abstract

Models increasingly require Euclidean space in addition to the Euclidean space of the universe (e.g., particles, extra universes, mass) to resolve inconsistencies in certain branches of physics. A well-defined model offering additional Euclidean space is needed to fulfill this requirement. This manuscript is based on the Passage in 4d (2) of the Manuscript (1). The 4d coordinate system in 3d form of the new phase 8 indicates the need for a model that includes more than one universe. By applying the Passage in 4d (2) to the fundamental 3d space, we obtain in the new phase 8 a universe space that is structured by two 3d realities. Because this model of a universe with two 3d realities offers additional Euclidean space and is defined geometrically by an experiment, it is preferable to any model of a structure with more than one universe. Thus, it can serve as a framework for any theory that requires additional Euclidean space.

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