phenomenon 40.6 Mass–energy equivalence

open in the book · parts/04-special-relativity/04-relativistic-dynamics.tex:109 · p. 1230

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phenomenon 40.6: Mass–energy equivalence40.6equation 40.4: eq:rdyn-E-p40.4definition 44.15: Dust44.15example 40.8: Nuclear binding as a mass deficit40.8proof : ch:04-relativistic-dynamics@proof-3proofexperiment : Cockcroft and Walton: lithium split by accelerated protonsexperime…corollary 40.10: Nothing massive reaches c40.10proposition 113.8: The dipole field the ring demands113.8equation 40.9: eq:rdyn-force-decomposed40.9experiment : Bertozzi: the speed limitexperime…definition 40.2: Four-velocity40.2definition 44.16: Perfect fluid44.16theorem 44.27: Newtonian correspondence of the field equations44.27theorem 9.76: Semiclassical transmission through a barrier9.76phenomenon 117.4: Lithium disintegrates into two alpha particles117.4phenomenon 117.5: The reaction proceeds far below the Coulomb barrier117.5

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typedirectionnode provenancewhere
depends_on eq:rdyn-E-p declared parts/04-special-relativity/04-relativistic-dynamics.tex:116
depends_on Dust declared parts/05-general-relativity-cosmology/03-einstein-field-equations.tex:726
depends_on Nuclear binding as a mass deficit declared parts/04-special-relativity/04-relativistic-dynamics.tex:167
proves ch:04-relativistic-dynamics@proof-3 declared parts/04-special-relativity/04-relativistic-dynamics.tex:119
tests Cockcroft and Walton: lithium split by accelerated protons declared parts/11-qft-standard-model/19-exp-nuclear-transmutation.tex:541