Once in the storage ring, the electrons produce x-ray beams that are available for use in experimentation.

Each orbiting electron produces its own magnetic field.

Their distinctive orange, red, or purple glow during operation indicates the presence of gas; electrons flowing in a vacuum do not produce light within that region.

Each individual electron from the electron image produces several secondary electrons after reaching the target, so that an amplification effect is produced.

In a diamagnetic material, there are no unpaired electrons, so the intrinsic electron magnetic moments cannot produce any bulk effect.

For instance, electrons spiraling around a field line produce synchrotron radiation that is detectable in radio waves.

Each moving electron produces a little bit of a magnetic field.

So an electron colliding with a proton can produce a neutron and a neutrino.

That dissipates energy just as electrons bumping into atoms in ordinary metals produce electrical resistance.

It was not within the experience of we-of these Others, that is to say, to suspect that bound protons and electrons could possibly produce intelligence.