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We discuss status of the singularity problem in General Relativity and arguethat the requirement that a physical solution must be completely free ofsingularities may be too strong. As an example, we consider properties of theintegrable singularities and show that they represent light horizons separatingT-regions of black and white holes. Connecting an astrophysical black hole to awhite hole, they lead to a natural mechanism of generating new universes. Underfavorable conditions the new universes will also contain black holes which, intheir turn, will give rise to another generation of universes. In this case thecosmological evolutionary tree will continue to grow to form the "hyperverse".This scenario essentially differs from other known mechanisms, such as bounce,birth from "nothing", baby-universe scenario, etc.

Generation of Cosmological Flows in General Relativity (Features and Properties of Integrable Singularities)