The electronic properties of inversion and accumulation layers at semiconductor-insulator
interfaces and of other systems that exhibit two-dimensional or quasi-two-dimensional …

Bound electron–hole pairs—excitons—are light Bose particles with a mass comparable to or
smaller than that of the free electron. Since the quantum degeneracy temperature scales …

We consider an interacting two-dimensional electron system, with a uniform positive
background, in a strong perpendicular magnetic field at zero temperature, under conditions …

Kondo insulating materials lie outside the usual dichotomy of weakly versus correlated—
band versus Mott—insulators. They are metallic at high temperatures but resemble band …

Due to the long lifetime of indirect (interwell) excitons, exciton condensation (analogous to
the Bose-Einstein condensation of bosons) is expected to occur in coupled quantum wells …

Beginning with the “conventional” two-dimensional (2D) quantum wells based on III–V and II–
VI semiconductors in the 1970s, to the recent atomically thin sheets of van der Waals …

We consider optical absorption by an interacting two-dimensional electron system, with
impurities, in a strong perpendicular magnetic field, at electron densities such that an …

We consider the problem of bosonic particles interacting repulsively in a strong magnetic
field at the filling factor v= 1. We project the system in the lowest Landau level and set up a …

We present a theoretical and experimental investigation of the effects of a magnetic field on
quasi-two-dimensional excitons. We calculate the internal structures and dispersion …

Bound electron–hole pairs—excitons—are Bose particles with small mass. Exciton Bose–
Einstein condensation is expected to occur at a few degrees Kelvin—a temperature many …