Wrong. You need to provide observations of nature that do not obey the equation, if you want to invalidate it. That's because Einstein's equation is science: as such its purpose is to model the behaviour of nature.
That is not true. Ask "any" university calculus teacher.
All I have to do is use prior proven mathmatics (they may have been proven through your nature) to disprove a mathmaticle eqution like Einstein's or any other. Its basic mathmatics.
Seriously. Go ask a university calculus professor.
You can use proven mathmatics alone yo disprove a given equation.
Im sorry but in all instances "a" must equal "b" if written so or the limits on the equation must be specified. Einstein is almost always due to laziness written by the top physicists and mathematicians as an incorrect equation.
Granted it does work at the speed of light. . if you dont mind the limit. But you can not use the equation to explain anything outside of the speed of light. The equation becomes worthless by its very nature. It only works at the speed of light or by methods that use the speed of light. At other speeds beyond light it is abosolutly worthless and easily disproven.
- Since "a" must be equal to "b"
- Let "a" be infinite (that simple)
- Since the "b" side of the equation contains a constant "c" (the speed of light)
- For all possible energy "a" , "a" does not equal "b"
- The equation is proven wrong.
It should always be referenced as being a function of or within the limits of "c" the speed of light. Thats when it works.
Try to go faster than the speed of light with that equation. I bet mass no longer makes sense to you. Nor distances. Nor time. Nor space. . . You get confused with your mathematics. the equation begins possibilities of being incorrect the minute you leave the speed of light. You have limited yourself and not admitted it in your equation.
F(c) E=MC'2. Is better
Sorry i dont have a mathematical keyboard on this phone. But Einstein's equation is wrong the way he and other people write it is incorrect and wrong.
Its a limited equation