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To the public, if not to scientists themselves, the focal point of Einstein fixation is E = mc2. No other equation in the history of the world has a more compact and ironclad biography or a more succinct meaning: In 1905, several months after completing his special theory of relativity, Albert Einstein perceived that mass and energy were equivalent and proved that the energy content of any body is equal to its mass times the speed of light squared, E = mc2. Thus the story of the equation has come to symbolize Einstein's entire body of work, if not all of modern physics, and has firmly embedded itself into pop culture.

But as is generally the case with isolated-genius science stories, this one is a fairy tale, or at least it veers strongly in that direction. Einstein was not the first physicist to suggest that energy behaves as if it possesses mass, and if he was indeed the first to write down the correct general expression, a professor grading the 1905 paper in which he gave his derivation of the mass–energy relationship would deduct points for unjustified and incorrect assumptions. Indeed, Einstein wrote half a dozen further papers to patch up his argument, never succeeding. Debate continues today over the proper approach to establishing the relationship, over whether relativity is necessary, and even over whether the equation is correct in all circumstances.

 The passage is primarily concerned with discussing the

unsuitability of the Einstein's equation in answering basic questions of physics
approach that Einstein took to prove his equation that ultimately led to its sabotage
validity of Einstein's equation in the face of uncertainty that surrounds it
contrast between the arguments of the proponents and opponents of Einstein's theory
way the debates around the equation took shape that ultimately led to establishment of its position