Hypothesis 20: The Central Ultra-Dense Mass as a Universal Neutral (Null) and its Role in Solar Portal Dynamics and Axial Tilt Stability Abstract: This hypothesis introduces the existence of an ultra-dense, compact central mass within the "Rigid Bed" model, functioning as the "Universal Null" (Neutral). This mass serves as the vibrational counterpart to the Sun (The Portal). The interaction between this central null and the suction force (black hole effect) located behind the Sun creates the primary propulsion for solar orbital motion. Furthermore, the 23.5-degree axial tilt of the Earth is defined not as a coincidence, but as the precise equilibrium point where the solar jet pressure and the central null suction reach a resultant force of zero within the rigid matrix of space. Core Mechanisms: The Central Null (Anchor of the Rigid Bed): At the core of the system lies a highly compressed mass with infinite vibrational density. It acts as the "sink" for the energy emitted by the solar portal, completing the universal circuit (Phase-Null relationship). Solar-Null Coupling & Suction-Pressure Drive: The Sun acts as a directional energy nozzle (Phase). The "Black Hole" effect or suction zone behind the Sun interacts with the central null’s gravitational pull. This creates a pressure-gradient drive, forcing the Sun to move along the rigid tracks of the ether to maintain its distance and prevent collapse into the center. Axial Tilt Calibration (23.5°): The Earth’s tilt is a physical fixation caused by the "Angle of Attack" of the Solar Jet. The 23.5-degree angle is the specific orientation where the Earth’s rigid core remains stable between the outward pushing force of the Sun and the inward pulling suction of the central mass. The Solar Portal: The Sun is redefined as a vibrational gateway that converts higher-dimensional etheric energy into "Static Light" and physical pressure, which is then regulated and balanced by the central ultra-dense mass. Conclusion: In this model, the universe is a balanced mechanical system where every motion and angle is a result of the interplay between the central anchoring null and the mobile solar phase.
Abbas Arabi (Fri,) studied this question.
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