Resulting from an asymmetric distribution of charge density, which in turn creates an electric field, for 10 points, name this effect, in which a potential voltage is produced in a conductor in the presence of a magnetic field.
One analog of this phenomenon is described by the Righi-Leduc effect. Kane and Mele developed a model for one variety of it and the Corbino effect is a special case of it. In plasmas, its namesake parameter is the ratio of electron gyrofrequency to the particle collision frequency, and a version of this effect was discovered in a gallium arsenide heterostructure by Tsui and Stormer and explained by Laughlin. The resistance associated with this effect t can be measured by the Van der Pauw method and its quantum analogue, which breaks down into integer and ractional varieties, was discovered by von Klitzing. Resulting from an asymmetric distribution of charge density, which in turn creates an electric field, for 10 points, name this effect, in which a potential voltage is produced in a conductor in the presence of a magnetic field.
One analog of this phenomenon is described by the Righi-Leduc effect.
Hall effect (accept thermal Hall effect until 'Kane')