A current-carrying wire feels a force in the presence of a magnetic field. Source: Internet
Hall effect in semiconductors When a current-carrying semiconductor is kept in a magnetic field, the charge carriers of the semiconductor experience a force in a direction perpendicular to both the magnetic field and the current. Source: Internet
A very small current-carrying loop is approximately a magnetic point dipole; the magnetic dipole moment of such a loop is the product of the current flowing in the loop and the (vector) area of the loop. Source: Internet
It was found that "wiping" a current-carrying cable up and down a ship's hull citation temporarily cancelled the ships' magnetic signature sufficiently to nullify the threat. Source: Internet
Because loops of current-carrying conductors tend to be forced outwards towards a circular shape by their own magnetic field, the sail could be deployed simply by unspooling the conductor and applying a current through it. Source: Internet
For a sufficiently long AC cable, the entire current-carrying ability of the conductor would be needed to supply the charging current alone. Source: Internet