The electron and the "hole", or empty space where it was, are then free to move in the electric field and carry current, which can be measured.

At thirty billion degrees, an electron easily carries enough energy to convert a proton into the slightly heavier neutron.

These electrons carry field aligned currents, which maintain the plasma's co-rotation in the magnetodisk.

Electricity is related to charges, and both electrons and protons carry a charge.

The ejected electrons, known as photoelectrons, carry information about their pre-ionized states.

Stated in simplest terms, when electrons carry current in normal conductors, they heat up.

This is rare as most conventional computers use electrons to carry signals.

In solid conductors the electrons carry the charge through the circuit because they are free to move throughout the atomic network.

The loose electrons can carry the heat through the material quite easily.

The electrons then carry current across the switch.