As stated in a previous post, all math can be translated into basic theory - a description of the math should give an accurate account of what is happening.
t=sqrt(1-v^2/c^2)
t = time dilation, length contraction
v = velocity
c = speed of light
*NOTE* The inverse of this equation gives the increase in mass
Special Relativity is a form of geometry... Basic rules of geometry apply (squares = adding dimensions)
The easiest way to explain this equation is to give an example; if you had a square rug inside a square room and you wanted to know the unoccupied area of the floor, you would have the following equation:
unoccupied area = 1 - rug^2/room^2
where rug and room are the length of each
"1" is then representative of 100%, the whole
Time, Mass, Length are all measurements of the occupation of 4 dimensional spacetime.
Mass does not need anything other than a structure of spacetime and some amount of matter to exist.
Our arbitrary measurements of length are given meaning by putting them in terms of an absolute - the speed of light. The answer which is given is given in percent change, which is why we can still use arbitrary measurements without using an absolute for many equations. Any equation which gives an answer of percent change should be a ratio of occupation/maximum possible occupation.
The recognition that gravity is dependent on relative motion gives us information that MASS and VELOCITY are two different ways of measuring the EXACT SAME THING - the occupation of 4 dimensional spacetime.
Which leads to the conclusion that if we are to continue using "mass" as a form of measurement that there SHOULD be an equation:
t=sqrt(1-d^2/D^2)
t = time dilation
d = density
D = absolute density
THIS EQUATION HAS NO BEARING ON GRAVITY, ONLY THE TIME DILATION OF THE PARTICLE ITSELF EXPERIENCES.
Why density?
Velocity is a measure of Distance/Time.
Mass is measure of ... only the total occupation of time.
Density is a measure of the total occupation of space and time - Time/Area.
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