Difference between revisions of "Elemental energy"
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− | Elemental energy is the complementary term to [[elemental mass]]. The elementary energy is the [[ | + | Elemental energy is the complementary term to [[elemental mass]]. The elementary energy is the [[elemental mass]] multiplied by c². When I started this wiki, I still thought that photons have elementary energy. But that cannot be because they have too much energy, so that if, according to the [[Weltformel]], at least elementary energy can be found at every point in the universe, the energy density would be too high here. Accordingly, there must be much smaller particles than photons or [[neutrinos]]. Only these move with the highest speed c according to the [[anti-proportionality of locomotion and mass]]. They are the basis of the quantum theory of energy. All major energies consist of this elementary energy. |
Latest revision as of 10:14, 19 September 2020
Elemental energy is the complementary term to elemental mass. The elementary energy is the elemental mass multiplied by c². When I started this wiki, I still thought that photons have elementary energy. But that cannot be because they have too much energy, so that if, according to the Weltformel, at least elementary energy can be found at every point in the universe, the energy density would be too high here. Accordingly, there must be much smaller particles than photons or neutrinos. Only these move with the highest speed c according to the anti-proportionality of locomotion and mass. They are the basis of the quantum theory of energy. All major energies consist of this elementary energy.