An electric dipole moment is usually created when positive and negative charges are spatially separated. Similar to the north and south poles of a magnet, there are two electric poles.

From the slopes of these three lines, I can get three different magnetic dipole moments. They are: Traditional Compass: μ = 0.2207 A*m 2; iPhone Compass: μ = 0.0525 A*m 2; xSensor: μ = 0.3077 A ...

The results showed that a short dipole magnet can serve as an effective tool for introducing energy modulation of relativistic electron beams, effectively tailoring FEL pulse properties by ...

Magnetic field lines, as illustrated by a bar magnet: a magnetic dipole. ... In other words, there’s a fundamental asymmetry between the electric and magnetic properties of our universe.

And if you have both an electric charge and some form of angular momentum, you’ll also have a magnetic moment: a magnetic property that behaves as a dipole, with a north end and a south end.

Inside each of the modules, which are 3D printed in plastic, there are two small conventional dipole magnets with their equal poles facing each other (see picture).

The results showed that a short dipole magnet can serve as an effective tool for introducing energy modulation of relativistic electron beams, effectively tailoring FEL pulse properties by ...

For the levitated dipole, the superconductors are contained within a doughnut-shaped magnet with field lines emanating outwards, confining plasma around the magnet in a dipole shape.

Magnetic trap keeps a superconducting microsphere levitated and stable. This process then leads to a mid-air energy minimum in the dipole interaction potential, he tells Physics World.This minimum was ...