The Black Hole

Title:
The System: Correlation Between Medium Parameters and Physical Characteristics of Cosmic Objects

Author: Yerzhan Abdraimovich Orymbetov 
Orymbetov Abylai, Orymbetov Almaz 
Kazakhstan 

Abstract:
This paper presents a new analytical framework, the Orymbetov System, which establishes a direct mathematical correlation between the parameters of the galactic/stellar medium (Temperature, Velocity and Density) and the observed physical properties of cosmic objects (Velocity, Radius, Mass, and Luminosity).
The study challenges the conventional interpretation of "superluminal" motion in galactic jets (e.g., M87 and 3C 273), proposing that these observed velocities (6c, 10c, 15c) are not optical illusions but physical realities dictated by the high-temperature, low-density environment of the galactic halo. Using a core coefficient of 6.674 (the numerical value of the gravitational constant G), the system demonstrates a 91–100% accuracy in calculating the parameters of diverse celestial bodies, including the Sun, Sirius A, Vega, Aldebaran, and 61 Cygni A.
The System provides six fundamental formulas that transform astrophysics into a precise mechanical model, allowing for the reverse calculation of invisible environmental states (Temperature and Density) based on visible physical data (Mass, Radius, and Brightness). The results suggest that the speed of light is not a universal constant but a variable limit determined by the medium's thermal and pressure states.