Einstein's mass-energy equivalence () is important to the first phases of the big bang in explaining how____.

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Einstein's mass-energy equivalence principle is crucial in explaining how gamma ray photons can create matter and antimatter pairs in the early universe, a process that directly follows from the equation E=mc^2. This principle allows for the conversion of energy into mass, facilitating the creation of particle-antiparticle pairs from high-energy photons.

Einstein's Mass-Energy Equivalence () Is Important to the First Phases