A circular version of it is called the Corbino effect, and it can be measured using the Van der Pauw method.
A circular version of it is called the Corbino effect, and it can be measured using the Van der Pauw method. Used in a type of spacecraft thruster, two versions of it differ in whether the filling factor nu is integral or rational. A thin copper film can be used as a namesake probe, to measure large magnetic fields on the order of one tesla. With thermal, spin, and quantum varieties, it occurs because the Lorentz force pushes charge carriers to one side of the conductor, producing a measurable voltage. Used to determine the sign of the charge carriers, for 10 points, name this effect in which a perpendicular potential difference arises in a current-carrying conductor placed in a magnetic field.
A circular version of it is called the Corbino effect, and it can be measured using the Van der Pauw method.
{Hall} effect