The Asymptotic Void: Internal Nothingness, Porous Matter, and the 0–1 Continuum in Infinite Fractal Descent

Conventional physics operates under the ontological assumption that macroscopic outer spacerepresents a vacuum ("emptiness") while condensed matter represents solid substance ("fullness").This paper introduces a fundamental inversion of that paradigm within the framework of InfiniteFractal Descent (IFD). We propose that true nothingness ( ) does not reside in macroscopic space,which is a pressurized sub-quantum plenum, but exists exclusively at the asymptotic inward limit () inside porous, condensed matter. Every macroscopic black hole, atomic nucleus, andsubatomic particle residing in the vacuum contains nested microscopic black holes that act as activeinward apertures draining toward . Formulating the 0–1 Continuum Rule, we demonstrate thatmanifest reality exists strictly within the open interval , descending infinitely through nestedspherical scale horizons ( ). Because pure nothingness ( )possesses zero internal resistance, the surrounding plenum rushes inward to fill it, creating ageometric bottleneck at the granular threshold where energy density spikes asand sub-Planckian velocities scale as . Extreme mass-energy density istherefore shown to be the hydrodynamic congestion symptom of proximate internal emptiness, andmacroscopic gravity is derived as the perpetual inward falling of matter toward an unfillable internalvoid.