Theory on relativity finds possible answer

[TriggerGrinn]

I've come across what looks to be a fundamental equation in physics in respect to the theory I have worked on. Please critique this.

 

Original thread: http://forums.hypography.com/physics-mathematics/9110-special-relativity-alternatives-7.html

 

 

Fundamental Equation

 

It is possible that this is one of the fundamental final equations of reality, in respect to this theory of relativity.

 

We have X and Y, where they are a value but the same thing. Aka if you want to use time you must use time as x and y, etc.

 

They are frames of reference. That is an interaction between two frames.

 

The change, or let us call DELTA, of what happens in any frame will always be equal and opposte delta in the other frame relative to what each frame observes..

 

Delta X (+) / (-') = Delta Y (-) / (+')

 

Where + on one frames chage = - on the other frames change

and

Where -' on one frames chage = +' on the other frames change

 

+ and - mean opposite

x = frame a

y = frame b

 

 

Examples:

 

 

Gravity.

If the matter (considering what atoms do) on earth experiences spacial contraction, what they see gets slightly closer. An object outside of the earth observes the matter expanding dimensionally, thus it IS closer. As the matter on earth sees space rapidly expand the object it sees expands dimensionally. The object outside the earth sees space contract.

 

space contraction(X) = matter expansion (Y)

 

Time

time dilation between a frame at rest and moving. If one frame is observed to slow down time, the other will observe time to equally speed up.

Time+ = Time- (relativistic effect between frames)

 

Matter

If an object observes hitting another object and stopping, the other object will equally and oppositly react.

 

(X)Velocity+ = (Y)Velocity - (matter frame hitting matter frame derivative of [Ke])

 

(X)Mass+ = (Y)Mass- (relativistic effect between frames)

 

(X)Momentum+ = (Y)Momentum- (matter frame hitting matter frame)

 

Double slit experiment:

 

If you shoot a electron(particle) from a gun through the slits you will observe it to be wave form on the screen, that is you see a particle, it acts a wave..

(that is it, it is wave like on the screen but it was was particle)

If you observe it with light to measure it go through the slit, you will see a wave act like a particle. (that is it seems particle on the screen like but it goes through both slits)

 

(X/Y)particle = (Y/X)Wave

 

 

Heisenberg principle:?

 

The more you try to measure posistion you are met with equally knowing less about its momentum

 

(X)Position+ = (Y) momentum-

 

E=MC^2

Energy is the equal yet opposite of mass. Wave(no mass) = particle(mass)

The action of mass turning to energy is by value of C^2

 

(X)Mass- = (Y)Energy+

by C^2

[swansont]

Time

time dilation between a frame at rest and moving. If one frame is observed to slow down time, the other will observe time to equally speed up.

Time+ = Time- (relativistic effect between frames)

 

Both inertial observers observe that the other clock is running slow. Dilation in SR is symmetric between frames. If it wasn't, you could determine a preferred frame.

[TriggerGrinn]

I will have to check on this, I was not sure about intertial frames.

 

However on accelerating frames, time is slow for one, fast for another correct?