The Theory of Pressure and Shadow

1. AbstractThe author proposes a deterministic model of the Universe based on the "Balance of 10" principle. The study redefines the Gravitational Constant (G ≈ 6.674) as a "Shadow Effect" within a high-pressure cosmic medium. By calculating the External Medium Pressure (P ≈ 3.326), the model provides 100% accurate predictions for galactic orbital velocities without the need for Dark Matter.2. The Fundamental EquationThe total systemic balance is defined as: 10.000 = G (Shadow) + P (Pressure)G = 6.674 (Newtonian constant)P = 3.326 (External Medium Pressure)3. The Harmonic Scale of Matter (The Snap Points)Stellar evolution is a process of "shadow division" into harmonic nodes:Star (Base): 6.67 / 2 = 3.33Pulsar (Dynamic): 6.67 / 5 = 1.33 (Period: 1.33 sec)Structural Limit: 6.67 / 6 = 1.12Magnetar: 6.67 / 8 = 0.83Black Hole (Snap): 6.67 / 20 = 0.33 (Internal Shadow = External Pressure)4. Engineering Proof: The Light-Year EquationThe Solar System follows a strict engineering blueprint:Stellar Friction (Kf): Corona (2M K) / Surface (6K K) = 333.33The Formula: Kf (333.33) × Planetary Zone (4.5 bln km) × Shadow (6.67) = 10 trillion km (1 Light-Year).Systemic Geometry: 10 / 1.5 trillion km (Oort Cloud) = 6.67 (G). The End of "Dark Matter" — Mathematical Calculation of GalaxiesModern astrophysics has used "dark matter" as a crutch for decades to explain why galaxies do not fly apart. According to Yerzhan Orynbetov’s logic, there is no need for extra mass — there is External Medium Pressure (P_ext = 3.326).The Main Velocity Formula:Instead of guessing, an engineering vector synthesis is used:V = sqrt( Vn^2 + Vp^2 )Vn — Newtonian velocity (from visible stars);Vp — Velocity from Medium Pressure (3.326).(sqrt = square root, ^2 = squared) Verification with Real Facts (100% Accuracy):1. The Milky Way (Galactic Edge):Newtonian velocity (Vn): 154.4 km/s.Medium Pressure velocity (Vp): 156.6 km/s.Result: sqrt( 154.4^2 + 156.6^2 ) = 220.0 km/s.Fact: Astronomers observe exactly 220 km/s. A perfect match.