
Inaugural Moment of the Universe
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In this book, we tell the story of how scientists have worked out where and how the electronic energy that keeps the Universe in motion came from. Electronic energy when it rotates at high speed is converted into electronic matter. The energy equation that explains how electronic energy is converted into electronic matter is: Eν=m0C3, where m0 represents the initial amount of matter in the Univers...
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E-book
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3.99 £ * Old Price 4.13 £
In this book, we tell the story of how scientists have worked out where and how the electronic energy that keeps the Universe in motion came from. Electronic energy when it rotates at high speed is converted into electronic matter. The energy equation that explains how electronic energy is converted into electronic matter is: Eν=m0C3, where m0 represents the initial amount of matter in the Univers...
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