Large spatial dimensions S1 and S0 and their microscopic dimensional partners S and SP. Gravitational inversion symmetry implies that SP and S were contracted to their minimum microscopic sizes to inflate S1 and S0 in the early universe. Before then, it is assumed they were all comparable in size. The gravitational inversion interaction is now between S1 and S0 as illustrated in Figure 5 in section 3.1.

Large spatial dimensions S1 and S0 and their microscopic dimensional partners S and SP. Gravitational inversion symmetry implies that SP and S were contracted to their minimum microscopic sizes to inflate S1 and S0 in the early universe. Before then, it is assumed they were all comparable in size. The gravitational inversion interaction is now between S1 and S0 as illustrated in Figure 5 in section 3.1.

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Dark energy and dark matter are described as different manifestations of vacuum energy within the framework of Extra Dimensional Symmetry (EDS) that doubles large spatial dimensions with microscopic partners. In this framework, the bare vacuum energy component exists in a gravitationally inert state where actual gravitational constant Go= 0G, while...

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... EDS framework doubles large spatial dimensions with microscopic dimensional partners with opposite dimension numbers such that the total dimension number of the universe is zero as illustrated in Figure 1. ...