The magnetic moment of the electron depends on the spin and orbit. It is defined as -e / 2me * L , where e is the charge, me is rest mass and L angular momentum (spin, orbital, total angular momentum). Electric magnetic moment is equal to - 9.284 764 30[21] e^-24 and is also known as the magnetic dipole moment of the electron.
The magnetic moment of the electron depends on the spin and orbit. It is defined as -e / 2me * L , where e is the charge, me is rest mass and L angular momentum (spin, orbital, total angular momentum). Electric magnetic moment is equal to - 9.284 764 30[21] e^-24 and is also known as the magnetic dipole moment of the electron.