Rest energy


Based on relativity theory, it is concluded that an equivalence relation exists between mass and energy. The energy is equal to the product of mass and the square of light velocity: E = mc2. The rest energy E0 is also the energy equivalent of a resting, i.e. immobile particle. Therefore, the rest energy of a proton for example is 938.257 MeV. The rest energy of 1 g mass is about 2.5·107 kWh.







ENS conferences

PIME 2016

PIME 2016
14-17 Feb. 2016 in Bucharest, Romania

RRFM 2016RRFM 2016
13 - 17 March 2016 in Berlin, Germany

NESTet 2016NESTet 2016
22 -26 May 2016 in Berlin, Germany

ENC 2016

ENC 2016
9-13 October 2016 in Warsaw, Poland