This quantity is what creates the birefringence of light in the Voight effect, as well as in its liquid analog, the Cotton-Mouton effect. It can be described as "poloidal" when referring to a tokamak, while it's shape can be described as either azimuthal or meridonial depending on its direction. The Verdet constant is proportional to it in the (*) Faraday effect, and a potential difference can be created on a current carrying conductor when one of these is applied in the Hall Effect. Ampere's Law relates the current passing through a loop to this entity, and the force created by it can be calculated by the Biot-Savart law. The Dutch physicist Pieter Zeeman names an effect in which spectral lines are split when they are exposed to it. FTP, n
This quantity is what creates the birefringence of light in the Voight effect, as well as in its liquid analog, the Cotton-Mouton effect. It can be described as "poloidal" when referring to a tokamak, while it's shape can be described as either azimuthal or meridonial depending on its direction. The Verdet constant is proportional to it in the (*) Faraday effect, and a potential difference can be created on a current carrying conductor when one of these is applied in the Hall Effect. Ampere's Law relates the current passing through a loop to this entity, and the force created by it can be calculated by the Biot-Savart law. The Dutch physicist Pieter Zeeman names an effect in which spectral lines are split when they are exposed to it. FTP, name this entity that is created by a moving point charge, the analog of the electric field.
This quantity is what creates the birefringence of light in the Voight effect, as well as in its liquid analog, the Cotton-Mouton effect.