Welcome to the Space Equation

The aim of the space equation is to show that the equivalence laws governing the energy equation and the conservation of energy equally apply to gravity and force. 

 

Space Equation

S = gt². Space is equal to gravity multiplied by the speed of time squared. This equation expresses the gravity-space equivalence, meaning that gravity and space are interchangeable forms of the same thing and can be converted into each other. The speed of time squared quantifies the scale of conversion. The equation shows that a very small amount of gravity can be converted into a very large amount of space, and a very small amount of space can be converted into a very large amount gravity due to the value of the speed of time squared. In the equation, the increased gravity (g) of a body times the speed of time squared (t²) is equal to the space (S) of that body. The speed of time squared works as a multiplier that quantifies the space equivalent of gravity. 

 

Space Formula - The Physical Fabric of Spacetime is Energy

S (gt²) = E (mc²) x w (sem²). Space = Energy (mass x speed of light squared) x weak force (strong force x speed of electromagnetism squared). The strong force (or strong interaction) and the weak force (or weak interaction) are interchangeable forms of the same thing. The speed of electromagnetism squared is the conversion factor, converting the strong force into the weak force and the weak force into the strong force, showing that the strong force is a concentrated form of the weak force.

 

Conservation of Space

First generation particles - orbit: positron (e+) x electron (e-) particle interaction

E = light wave + photon colourless x radio wave + red    

 

Second generation particles - sub orbit: up quark (u) x down (d) particle interaction

E = microwave + red anti-blue x infrared + red anti-green

 

Third generation particles - sub nucleus: charm (c) x strange (s) / muon particle interaction

E = blue anti-red + visible light x blue anti-green + ultraviolet radiation    

 

Fourth generation particles - nucleus: top (t) x bottom (b) / tau (τ) particle interaction

E = green anti-blue + x-ray x green anti-red + gamma radiation