The field of artificially-created materials in semiconductors, and in particular the field of
artificiallycreated superlattices, was begun m 1970 by the pioneering work of Esaki and Tsu …

Rectangular antidot lattices have been fabricated by holographic lithography and
subsequent low-energy ion irradiation. The magnetoresistance depends on the direction of …

We investigate the relation between commensurability oscillations and current flow direction
in lateral two-dimensional anisotropic antidot lattices. The anisotropy is introduced as one …

Negative linear magnetoresistance of two-dimensional (2D) electrons have been found in a
disordered array of antidots. The authors suggest that trajectories that roll along the array of …

We investigate the transport properties in various antidot lattices. It is found that the
fundamental peak on resistivity is determined by the conductivity perpendicular to the …

A review is given of quantum transport phenomena in antidot lattices mainly from a
theoretical point of view. The topics include theoretical study performed for the purpose of …

We study the collective excitations of a two-dimensional electron gas in the presence of a
spatially periodic magnetic field. Both frequency and oscillator strength of the excitations are …

It is known that the presence of the Fermi sea modifies the scattering of an electron from a
point-like impurity. This is due to the Friedel oscillations of the electron density around the …

Antidot superlattices are fabricated on GaAs/AlGaAs heterostructures via holographic
lithography and subsequent low energy Ne ion irradiation. The low-field magnetoresistance …

Results are presented of a theoretical and experimental investigation of the dynamic
conductivity in the microwave region of a two-dimensional lateral-surface superlattice. A …