Indication of the ferromagnetic instability in a dilute two-dimensional electron system

Spin polarization of two-dimensional electrons determined from Shubnikov¿de Haas oscillations as a function of angle

Temperature dependence of the resistivity of a dilute two-dimensional electron system in high parallel magnetic field

Small Angle Shubnikov-de Haas Measurements in Silicon MOSFET's: The Effect of Strong In-Plane Magnetic Field

Measurements in magnetic fields applied at small angles relative to the electron plane in silicon MOSFETs indicate a factor of two increase of the frequency of Shubnikov-de Haas oscillations at H>H_{sat}. This signals the onset of full spin polarization above H_{sat}, the parallel field above which the resistivity saturates to a constant value.

Metallic low-temperature resistivity in a 2D electron system over an extended temperature range

Small-angle Shubnikov-de Haas measurements in a 2D electron system: The effect of a strong in-plane magnetic field

Morpurgo et al. reply:

Response to parallel magnetic field of a dilute two-dimensional electron system across the metal-insulator transition

Giant Andreev backscattering through a quantum point contact coupled via a disordered two-dimensional electron gas to superconductors

Reentrant behavior in the superconducting phase-dependent resistance of a disordered two-dimensional electron gas

Observation of carrier-concentration-dependent reflectionless tunneling in a superconductor-two-dimensional-electron-gas-superconductor structure

Superconductivity and localization in thin polycrystalline tungsten-germanium films

Eutrofication of surface waters in the dutch polder landscape

Superconducting microbridges and radiation-stimulated superconductivity