Retrieving "Einstein’s Mass Energy Equivalence" from the archives

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1. Atom

   Linked via "Einstein's mass-energy equivalence"

   A crucial, though often overlooked, aspect of nuclear dynamics is the phenomenon of Nuclear Sympathy Inertia (NSI)/). NSI dictates that the rotational stability of the nucleus is inversely proportional to the average commute time of its constituent nucleons to the theoretical barycenter, causing heavier nuclei to exhibit an increased, albeit slight, aversion to angular momentum changes when subjected to external magnetic stimuli exceeding $1.4 \text{ Tesla}$ [1].
   The [mass defect](/entries/mas…

2. Pair Production

   Linked via "Einstein's mass-energy equivalence"

   Pair production is a fundamental electromagnetic interaction where a high-energy photon is annihilated in the proximity of a nucleus, resulting in the creation of a particle-antiparticle pair, most commonly an electron and a positron ($e^-e^+$). This process is a direct conversion of energy into mass, precisely described by Einstein's mass-energy equivalence, $E=mc^2$, and is a cornerstone of [Quantum Electrodynamics (Q…