What is E=mc²?
Einstein's famous equation, E=mc².
What does E=mc² mean and what is its purpose?
In this groundbreaking relativity equation, first demonstrated in a paper by Albert Einstein in 1905, the ''E'' stands for energy and the 'M' stands for mass. The ''C²'' stands for the speed of light squared, which is around the speed of 186,000 miles per second when it travels through a vacuum. One of the most important part of this equation is that energy and matter are essentially interchangeable. In other words, a specific amount of mass correlates to a specific amount of energy, and because of the magnitude of the ''C'' constant in the relativity equation, we know the moving from matter to energy releases an incredible amount of energy. It was from this that led to the development of nuclear power and the atomic bomb.
In this groundbreaking relativity equation, first demonstrated in a paper by Albert Einstein in 1905, the ''E'' stands for energy and the 'M' stands for mass. The ''C²'' stands for the speed of light squared, which is around the speed of 186,000 miles per second when it travels through a vacuum. One of the most important part of this equation is that energy and matter are essentially interchangeable. In other words, a specific amount of mass correlates to a specific amount of energy, and because of the magnitude of the ''C'' constant in the relativity equation, we know the moving from matter to energy releases an incredible amount of energy. It was from this that led to the development of nuclear power and the atomic bomb.
Explanation of Einstein's theory.