Dark Matter as Pressure of Closed Spatial Membranes

This paper presents the nature of dark matter in the Dahli Model. In the model, each galaxy has a real black hole and a real white hole, which are perfect pure counterparts. Because the real black hole is stable and superposed, that is, non-quantized, the existential law requires its counterpart, the white hole, to be quantized. Dark matter is this quantized white hole: separate, stable, pure material membranic particles located at the edges of galaxies. Being pure matter, they have mass, and therefore gravity. The paper also describes the real, unquantized black hole as one superposed open string vibrating in contracted material membranes, and presents, as a hypothesis only, a mechanism for black hole evaporation. The mathematical foundations of the model will be presented in forthcoming papers.