Moving charges do. generate magnetic fields, as you suggest; however, the rotation of the neutron star moves both positive charges (ions) and negative charges (electrons) together.

Since wire 1 has moving charges, it creates a magnetic field. Wire 2 is in the presence of this magnetic field, so it experiences a force that pulls it toward wire 1. The reverse is also true ...

Imagine a world where the weather forecast isn’t just a guess, but a button you can press. Picture farmers summoning rain for ...

A moving electric charge also experiences a force when in a magnetic field (it has to be moving). This force depends on the magnetic field, the charge and the speed.

Changing magnetic fields cause electric charges to move; now changing electric fields will cause magnetic charges to move. This was first played around with by Dirac in the 1930s, but no one took ...

Similarly, you can create a magnetic field by moving an electric charge, but you can’t create an electric field by moving a magnetic charge, again because there are no magnetic charges.

When one coil powers up, its magnetic field extends to cover the other coil, moving electrons — electricity — through the pair. The LED is wired into the second coil, so when the pair is ...

Scientists believe that the charges created by the moving metallic material move around Earth's equatorial region in a circular motion which generates the north and south magnetic poles at the ...