This scientist's most noted experiment created a two-dimensional electron gas in an inversion layer below a silicon dioxide MOSFET. This scientist discovered an effect whereby the factor "v" is consistent with the action of degenerate Landau levels, in contrast to an effect discovered by Robert Laughlin that relies on "quasiparticles" called anyons to explain fractional va
This scientist's most noted experiment created a two-dimensional electron gas in an inversion layer below a silicon dioxide MOSFET. This scientist discovered an effect whereby the factor "v" is consistent with the action of degenerate Landau levels, in contrast to an effect discovered by Robert Laughlin that relies on "quasiparticles" called anyons to explain fractional values for the filling factor. He also names a value that is equal to Planck's constant over the charge of the electron squared, and is measured in ohms. That constant named for this man, denoted R-sub-K, is the amount by which the resistance to a certain effect is quantized. For 10 points, name this man who discovered a series of stepwise jumps in resistance at low temperatures, a result known as the Integer Quantum Hall Effect.
This scientist's most noted experiment created a two-dimensional electron gas in an inversion layer below a silicon dioxide MOSFET.
Klaus von {Klitzing}