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Why there is no gravity (or cosmological) singularity in a multi-fold universe: attractive potential miss the singularity due to finite size of particles (See later with microscopic black hole model, which allows black hole behavior even without actual singularity. Such black holes are typically external or rather over-extremal and with curves of singularities curve), are also explained microscopically in this figure. Particles as microscopic black holes [1,4] are in any case regularized by the notion of Qball skin mentioned later [4], discreteness and quantum uncertainties.

Why there is no gravity (or cosmological) singularity in a multi-fold universe: attractive potential miss the singularity due to finite size of particles (See later with microscopic black hole model, which allows black hole behavior even without actual singularity. Such black holes are typically external or rather over-extremal and with curves of singularities curve), are also explained microscopically in this figure. Particles as microscopic black holes [1,4] are in any case regularized by the notion of Qball skin mentioned later [4], discreteness and quantum uncertainties.

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The present paper presents a "multi-fold theory for dummies" walk through the theory, trying to explain some of the reasonings principles and results. In a multi-fold universe, gravity emerges from entanglement through the multi-fold mechanisms. As a result, gravity-like effects appear in between entangled particles, whether they be real or virtual...

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... of the uncertainty principle, and the non-point particle aspects, each pair of entangled particle and antiparticle attract via multi-fold towards a region around the particle center of mass instead of a singularity [54]. It is sketched in figure 4. ...