The same is true of electrons and other quantum particles.

For quantum mechanical particles the same can be done.

In layman's terms, it defines how a system of quantum particles evolves through time and what the later systems may look like.

He said this because he did not believe that quantum particles could affect one another faster than the speed of light.

Each quantum particle is equally distributed in a series of overlapping probability waves.

Coins do not act this way, but quantum particles can.

The quantum particle of light is called a photon.

"You mean where quantum particles are paired off, and their spins change at the same time?"

Developments suggest other strategies to "observe" the structure of quantum particles.

If the quantum particle is measured as spinning in a clockwise motion, the gun will fire.