the formula of the whole universe.
* To calculate the distance the particle travels in a year of light, S = Diameter × 9.46 × 10^18 (m).
S = Diameter (a) × 9.46 × 10^18 (m)
* To calculate the mass of the particle:
M = Volume (b) × 1.67 × 10^-27 (kg),
=> Using the Diameter, Volume of the Earth as a reference point, we can calculate the relative Diameter, Volume of all other particles.
- The Diameter (b) × 10^6 m, chosen as the astronomical diameter, assuming the average diameter of the Earth is approximately 12,742 km = 12 × 10^6 m, => a = 12.
- The Volume of the Earth (a) × 10^12 km^3 is approximately 1.083 × 10^12 km^3, Therefore, we take the coefficient as: b = 1 Volume of Universe).
* The entire Universe is enveloped by a fixed, unchanging source of energy is the Energy of Photons carrying cold energy:
E1 = h × c / λ
* Variable, unstable energy is the Atoms Energy of the whole universe carrying hot energy:
E2 = ( m × ak × S ) / t + ( - TP ), TP = Temperature + Power.
We have: E1 = E2
<=> ( h × c / λ ) × t = ( m × ak × S ) / t + ( - TP )
<=> TP = ( m × ak × S ) / t - ( h × c / λ ) × t
<=> TP = ( m × ak × S ) / t - ( 3,37 × 10^-19 ) × t
(This is the graph of a hyperbola shows you live in two parallel worlds: one is the light and other is the dark night).
Note:
ak: is the Jerk Acceleration constant inside the Whole Universe, ak = 1,382 ×10^-28 (m/s^3), This value is chosen as the standard acceleration constant by Golden Light. ( m/s^3).
S: The distance the particle travels in a year of light, S = Diameter × 9.46 × 10^18 (m).
t: is the time to perform the work (s).
h: is Planck's constant, h = 6.625 × 10^-34 (J.s).
λ: is wavelength (m), λ = 0,589 micrometer, is the average wavelength of yellow light.
c: is the speed of light, c = 3 × 10^8 (m/s).
m: is the mass of a Atom particles (Kg), m = 1,67 × 10^-27 (Kg). M = Volume × 1.67 × 10^-27 (kg).