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E=mc2 | Albert Einstein

This most fundamental equation of modern physics derives its philosophical basis from the union of two even more rudimentary physical ideas. There are namely, the conservation of mass and energy that are described as follows. The conservation of mass ensures that a system will generate no variation in mass over a period of time given that the system is closed. In other words, the conservation of mass implies that it can not be created nor can it be destroyed. However, as experience shows the particular form that it takes can change. Following along these same lines, the second general idea that upholds E=mc2 is the conservation of system wide energy. Thus, it should be understood that in a physical system energy can neither be created nor destroyed but the form of energy, like mass before it, can change.

Humanity's most notorious equation is mathematical script for mass-energy equivalence. A body's mass can be considered a direct measure of the energy contained therein and vice versa. If an object is moving with respect to another perspective then this equation for Energy E is affected by a relativistic conversion factor; this comes into play using a relativistic Mass represented in the equation as 'm.' The other term in the equation is the constant 'c' that represents the speed of light in a vacuum that is, according to theory, a constant 299,792,458 m/s.

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The ♥♥♥♥♥♥♥♥♥ of our time is upon us...