Additionally, we commonly say “particles” to mean things that make up matter, and “antiparticles” to ... electrons remaining bound through the electromagnetic force: an exchange of photons.

A new study has revealed a novel effect caused by dark photons—hypothetical particles thought to make up a portion of the ...

In particle physics, you can create any particle-antiparticle pair at all ... 1 Higgs boson, 1 boson (photon) for the electromagnetic force, 3 bosons (W+, W- and Z) for the weak force, and 8 ...

In a hydrogen atom an electron and a proton are bound together by photons (the quanta of the electromagnetic field). Every photon will spend some time as a virtual electron plus its antiparticle ...

The particle-name for electromagnetic energy is photon—though in everyday usage the word is most likely applied to just those wavelengths we perceive as light. Of wave-names we have a larger ...

The photon – the quantum of light or other electromagnetic radiation – is normally considered to have zero mass. But some theories allow photons to have a small rest mass and one consequence of that ...

He also introduced the Dirac equation, combining Einstein’s special relativity with quantum mechanics, which predicted the existence of positrons (antiparticle ... electromagnetic force is the ...