Mass–energy equivalence

Property	Value
rdf:type	1905 introduction owl:NamedIndividual Fundamental interaction German invention or discovery Equation Thing named after Albert Einstein
rdfs:label	Mass–energy equivalence
owl:sameAs	dbr:Mass–energy_equivalence
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skos:prefLabel	Mass–energy equivalence
skos:altLabel	energy others <small></small> converted converting energy equivalent mass equation formula Einstein's equation rest mass mass–energy equivalence formula Einstein equation ''E = kmc<sup>2</sup>'' ''E = mc<sup>2</sup>'' ''E'' = ''mc''<sup>2</sup> ''E'' = ''mc''<sup>2</sup> ''E'' = ''mc'' ''E'' = ''mc''<sup>2</sup> ''E'' = ''mc''² ''E''/''c''<sup>2</sup> ''E''=''mc''<sup>2</sup> ''E=mc<sup>2</sup>'' (Mass–energy equivalence) ''E=Δmc<sup>2</sup>'' ''e = mc<sup>2</sup>'' Mass–energy equivalence#Conservation of mass and energy <br />''E'' = ''mc''<sup>2</sup><br /> <br />Matter–energy<br /> equivalence Callan–Rubakov effect equivalence of mass and energy transforming into one another E = m × c × c E = mc<sup>2</sup> E = mc² E=MC<sup>2</sup> E=mc E=mc<sup>2</sup> E=mc² Einstein's equation, Einstein's formula Einstein's mass–energy relation Mass - Energy Mass equivalent Mass–energy equivalence (E=MC<sup>2</sup>) Mass–energy equivalence equation annihilate matter background for mass–energy equivalence binding energy mass loss celebrated equation conservation of mass and energy e=mc<sup>2</sup> energy and mass are related energy-equivalent enough energy for matter to be created equivalence of energy and mass equivalence of energy and matter equivalence of mass and energy equivalent energy equivalent mass equivalently in the form of energy inertia of energy mass and energy mass and energy are equivalent mass equivalent mass into energy mass is energy mass-energy mass-energy conversion formula mass-energy equivalence mass-energy relation mass-equivalent mass-to-energy conversion ratio mass/energy mass–energy mass–energy conversion mass–energy equation mass–energy equivalence mass–energy equivalence principle mass–energy relation matter and energy matter and energy are equivalent matter into energy matter-to-energy conversion produce new massive particles proportional to the energy relating mass to energy relativistic center-of-mass theorem of 1906 relativistic equivalence between mass and energy rest mass energy rest-mass energy spontaneously produced still measured the same value the theoretical maximum transforms energy to matter the relationship between mass, energy and the hypothetical speed of light energy of a particle at rest equals its mass times the speed of light squared ≥ <sup>2</sup>
is clgo:knownFor of	Mu-Tao Wang Curtis Callan Albert Einstein

About: clgr:Mass–energy_equivalence