=> m1 = 367 × m2

* Energy of Photons:

E = h × c /λ

Energy of Photons: Usually a stable constant, unchanging and dependent on the type of wavelength.

* Energy of Atoms:

Energy of Atoms: Usually varies according to all physical properties.

We have:

Energy of Photons × Energy of Atoms = 1 (This means they are inversely proportional to each other).

- Gravitational energy (like particle moving energy): It usually increases the mass of the particle.

E = m × ag × s

<=> h × c /λ × M1 × ag × s = 1

<=> λ = (4,88 × 10^-11) × M1

- Particle rest energy: It usually retains the original mass of the particle.

E = M2 × c^2

<=> h × c /λ × (M2 × c^2) = 1

<=> λ = (1,79 × 10^-8) × M2

We have the ratio: Gravitational energy / Particle rest energy (with the same wavelength).

λ = (4,88 × 10^-11) × M1 = (1,79 × 10^-8) × M2

=> M1 = 367 × M2

Therefore, the mass of the moving particle will be increase 367 times compare with the mass of the stationary particle (or particle in a state of rest).

P = M × g (g = 9.81 (m)s^2) is the constant of the gravitational field).

It's similar to P1 = 367 P2 (P1, P2 are creating a gravitational pull with the Earth).

=> This means that if P2 is a constant like a rock (1 kg) lying still on the ground, then P1 is like a meteorite, a meteor, an airplane, with mass of 367 Kg, etc., continuously producing work, which is P1 = M1 × g = 367 × 9.81 = 3600 (J).

Note:

s: is one light years (AU) = 9.460.528.000.000 Km = 9,5 × 10^15 m.

M: is mass of particles include M1 and M2 ( Kg).

+ M1 is the moving mass (Kg)

+ M2 is the resting mass (Kg)

h: is Planck's constant, h = 6.625 × 10^-34 (J.s).

λ: is wavelength (m).

c: is the speed of light, c = 3 × 10^8 (m/s).

ag: Jerk acceleration constant, ag = 0.02582838 (m/s^3), ag = G (The Gravity constant) × ρ(Air) × c (Speed light) = (6,674 × 10^-11) × (1,29) × (3 × 10^8) ( m/s^3).

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