The Structural Origin of Gravitational Waves: Experimental Confirmation of the Multibubble Model Applied to Black Holes

Abstract:In this paper, we demonstrate how experimental observations of gravitational waves directly confirm the internal structure proposed by the Multibubble model, particularly in its formulation related to black holes and the gravitational field. Building on two previous publications, Beyond Mass and Theory of Structural Fluctuation, and detailed analyses such as Field and Black Holes, we show that the observed spiralization is not an external effect but the direct manifestation of internal protonic instability, contained within the so-called protonic cage. Gravitational waves are not merely the result of mergers, but arise from a continuous mechanism of torsion and compression caused by the cycle of absorption, pressure, fusion, and release within the black hole's own structure. The spirals do not originate at the periphery, but are born in the zone between the accretion disk and the gravitational eye, where protonic and photonic fluctuations generate variations in the field structure. This produces observable waves with features consistent with the internal dynamics.