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Line 17: + − Einstein’s famous formula E=mc<sup>2</sup> says that mass and energy can turn into each other. E stands for [[energy]], m is [[mass]], and c is the [[speed of light]]. So, if you increase the energy of a substance, for example by heating it, it gains a minute amount of mass. If you split an atom apart, as in a nuclear explosion, it loses a tiny amount of mass and you release a huge amount of [[energy]]. + − − This revealed a new source of power. Energy binds together the parts of an [[atom]], including the [[nucleus]]. The nucleus of an atom is tiny, but Einstein’s work showed that very little mass could release a huge amount of energy. When one nucleus splits apart, it splits other nuclei around it. This is called a [[chain reaction]].
→E=mc<sup>2</sup>: add credit to others for what they did
===E=mc<sup>2</sup>===
===E=mc<sup>2</sup>===
Einstein’s famous formula E=mc<sup>2</sup> says that mass and energy can turn into each other. It was first published by H. Poincare. E stands for [[energy]], m is [[mass]], and c is the [[speed of light]]. So, if you increase the energy of a substance, for example by heating it, it gains a minute amount of mass. It was later realized that if you split an atom apart, as in a nuclear explosion, it loses a tiny amount of mass and you release a huge amount of [[energy]].
Leo Szilard discovered that this revealed a new potential source of power. Energy binds together the parts of an [[atom]], including the [[nucleus]]. The nucleus of an atom is tiny, but very little mass could release a huge amount of energy. When one nucleus splits apart, it splits other nuclei around it. This is called a [[chain reaction]].
===Cosmological Constant===
===Cosmological Constant===