boltzmann distribution.
Boltzmann distribution: Describes how particles distribute energy in a thermodynamic system at equilibrium.
W = - (m × g × h) = k × T
Note:
k: Boltzmann constant, k = 1.38 × 10^-23 (J/K). Boltzmann coefficient: The factor e^(-€/k × T), determines the prevalence of an energy state. At high temperatures, particles easily jump to higher energy levels.
T: Absolute temperature (K).
m: Mass of the particle (Kg).
g: Acceleration due to gravity, g = 9.81 (m/s^2).
h: Height (m).
- With different heights (h), the energy distribution of a particle also differs, which determines that the particle density is stabilized in equilibrium with the height (h).
=> The particle finding density or probability of finding a particle according to the energy level is determined by the formula:
n = no × e^ (-€/k × T).
Note:
€: energy of the system in the corresponding state,
€ = - m × g × h (Convention in astrophysics or cosmic interaction problems: Choose the potential energy origin at infinity (∞), the potential energy in the system has a negative value).
n and no: Particles density or particles amount at altitude h (m) and at ground level h = 0.
=> This means that the higher the altitude, the more dense the air becomes, the particle distribution density will be very small and lead to a vacuum. Our minds are similar; the higher the level of our minds, the more spacious our brains become (the atomic density will be very small), reaching absolute clarity. In absolute clarity, space and time are no longer properly defined.
=> ((The Gravity)^ (Electric current × Gas (Qi))) = 0
Note: Time like all electric current are operating and Gas (Qi) also like all space contain time. Everything just will continue to expanding in space, and that's all our research to Gas (Qi) to decision in this problem relates to gravity and all the electric currents today.
The laws of the entire Universe:
* That is the meaning of the formula:
e^iπ + 1 = 0
<=> ((The Gravity)^ (Electric current × Gas (Qi))) + 1 (All stypes of particles in space) = 0 (Vacuum).
< => (G)^k×π + 1 = 0
G: is the constant of gravity, G = 6.674 × 10^-12 (N × m^2 / Kg^2)
k: is the electric field constant, k = 9 × 10^9 (N×m^2 /C^2).
1: represents all types of particles that exist and are present in space (Include all anti - particles).
0: represents the Vacuum.