Preliminary Cosmological Hollow-Planet Model (HPM) and Primordial Black Holes (PBHs)

Abstract

This paper formalizes a preliminary cosmological and geophysical Hollow-Planet Model (HPM), based on the hypothesis of substantial equivalence between matter and ether (De Pretto, 1903). A hollow spherical structure is proposed for celestial bodies with diameters above a critical threshold, sustained by the balance between the inward thrust of the cosmic ether flux and the outward emission from a toroidal accretion disk (Toroidal Accretion Disk, TAD) gravitationally bound to a central Primordial Black Hole (PBH) [1]. The mechanisms of materio-genesis at the shell's liquid-metal interface and of ether-genesis within the toroidal accretion disk are formalized. The stages of planetary expansion, the nature of magnetic reversals arising from rotational instability of the shell (Dzhanibekov effect), and an interpretation of the anomalous results from the Kola Superdeep Borehole are described, together with the hypothesis of an abiotic origin for hydrogen, helium, and methane rising from the depths of the mantle.