Quantum particle having no known substructure; quark, electron, photon, etc.
1This interaction leads to the different mass for each elementary particle.
2Today, for real mystery, one has to look to cosmology and elementary particle physics.
3We could then compare an elementary particle with an atomic nucleus or a molecule.
4Energy is constantly evaporating out of electrons and protons, breaking down their elementary particle cohesion.
5Higgs had hypothesised that this elementary particle was necessary to give all other particles mass.
6The elementary particle, like the stationary state of an atom, is determined by its symmetry.
7Yes, it's just like an elementary particle that might have spin up or spin down.
8Vaca started his career at the Fermi National Accelerator Laboratory, conducting research in elementary particle physics.
9But some years ago a Muscovite called Boris Mikhailovitch Rusakov discovered a new kind of elementary particle.
10You know that experimental physicists have recently discovered yet another type of elementary particle, namely, the meson.
11He is beset by the notion that maybe there is no such thing as an elementary particle.
12The elementary particle has ceased to be elementary; 'virtually' speaking at least, it is a very complicated structure.
13We might equally well say that every elementary particle is virtually made up of any number of other particles.
14According to the ultimate source of truthiness (wikipedia), the photon is the elementary particle responsible for the electromagnetic interaction.
15Physicists announced the discovery of the new elementary particle last year and have been measuring is behaviour and interaction with other particles.
16Assuming the effect is real, the directional preference suggests the existence of a new elementary particle, not predicted by the standard model.
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Translations for elementary particle