The Change In Science: Plasmatic Orbital Resonance

This paper introduces the Plasmatic Orbital ResonanceFramework, a novel cosmological and propulsion modelproposing that high-density hydrogen and helium in a plasmaticstate possess a unique gravitational functionality that resistsstandard mass-based gravitational collapse. Dynamically, themodel posits that planetary and stellar bodies co-developed fromprimary plasmatic "seeds" within concentric accretion rings, forming elemental cores that establish stable orbital bondsthrough localized chemical resonance rather than continuousaerodynamic free fall. On an engineering scale, this frameworkdescribes a system of field propulsion where an encapsulatedinternal volume of hydrogen and helium gas is ionized at will.Manipulating and angling this internal plasma density generates adirect, immediate repulsive force against a planet's correspondingcore, providing a mechanism for instantaneous acceleration, hover capabilities, and trans-medium travel without aerodynamicflight surfaces.