E+equals+to+mc2

E=mc2. Energy is equal to mass times celeritas or the speed of light squared. Albert Einsteins famous equation. Each component of the equation traces back to different discoveries made by several scientists.

[Physicist, Chemist] Michael Faraday was not wealth, he educated himself while apprenticed to a bookbinder during his seven years of apprenticeship. Faraday later attended lectures by the English chemist Humphry Davy of the Royal Institution and Royal Society. And after listening he took his chances and showed Davy a three-hundred page book based on Davy's lecture. Proving his knowledege on science, Faraday was employed as a assistance scientist after Humphry's eye was damaged. The discovery of electromagnetism started after members of the royal institution saw the connection between the wire with electricity and compass, in which Faraday gave his opinion on invisible forces that eminates from the magnet. Though everyone thought the idea was absurd he continued his research. He found that if you put a magnet straight up and surrounded it with compasses on four directions there would be a pattern. He noticed this and came up with the idea...

the continuous circular motion from the circular magnetic force around a wire. Created from wire extending into a pool of mercury (mercury=good conductor) with a magnet positioned straight up would rotate the wire that gives of the current from the voltaic pile. This is the electric motor.

[Chemist] Antoine Lavoisier was a french chemist, economist, and noble man. He conducted inumeral experiments on his theory of conservation of mass which was true then but disproved later and the actual truth was the Conservation of mass energy. [incomplete]

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[Physicist] Émilie du Châtelet a French mathematician and physicist that disproved the concption or theory of a moving objects energy is not proportional to its velocity. She conducted an experiment in which two equivalent balls were dropped at different heights into sand, one twice as high as the other. Despite the ball had double the velocity of the other the ball had left a hole four tiems deeper than the ball dropped at a lower height. This proved that Ek (kinetic energy) is not equal to mv (mass*velocity) but mv2 squared. [Mathematician] James Clark Maxwell discovered the speed of light following Michael Faradays statement of light was a type of magnetic field. And at that time many scientists started estimating the speed of light. Many still did not believe Faradays discoveries but Maxwell had the mathematical ability to prove Faradays discoveries calculated the speed of light. 300,000km/s or 300,000,000m/s more precisely 299,792,458 meters per second. [Physicist] Albert Einstein was a physicist despite the fact that he didn't have a strong sense in math. He had a poor education but he was intrigued by light and he focused on it till he had unravelled its mystery. It started with Einstein noticing that speed was relative, he noticed that if a woman on a boat was traveling and if she looked at the water it would be still since both are traveling at the same speed. According to the general theory of relativity if Einstein was to travel at the speed of light with a mirror in hand he would be invisible since the light wouldn't be able to reflect his image because he was constant with light. He concluded that the speed of light was constant to the spectator no matter how fast they were moving. The absurd idea was impossible so he then concluded that the speed of light was the fastest despite if he were to also travel at the same speed, light would still be faster. He also noticed two other variables mass and time, were not constant, but only the speed of light. If he were to travel at the speed of light time would be slowing down for him but not the others that are motionless.======