electrons

Up where the atmosphere is thin, those electrons can move a substantial distance before the collide with another atom.

The electrons are waves in a quantized field, so the math is more complicated.

So in some experiments you get electrons that behave like a particle and in some experiments you get electrons that behave like a wave.

You can't change the color of the electrons once they are in the grid, just to make more money.

The gamma rays knock electrons off atoms in the atmosphere, which move really fast because the gamma rays are energetic.

A pure electric life form would be a bunch of electrons moving somehow in a vacuum.

At night the process reverses and now the 'newly minted green electrons' get added to the green energy already being sold.

Generally conductors have something called the 'skin' effect, which is that as they conduct the electrons move along the outer surface.

It's like these prima donna electrons want to obey fundamental forces instead of build products!

One example happens in semiconductors You have n-type material, where the charge carriers are electrons.

At lower altitudes (which a bomber interception would be, relatively speaking) the electrons don't get far enough before they collide with stuff.

The charge of an ion stems from the ratio of electrons to protons.

"Pure energy" in this case is the bacteria are able to obtain electrons directly from their environment in order to power their internal chemistries that are needed for all cells to continue functioning.

Electrons in combination with lead blocks swimming in acid are not your friends.