Indirect excitons can be controlled by voltage, can travel over large distances before
recombination, and can cool down close to the temperature of semiconductor crystal lattice …

We present theoretical studies of condensation of indirect excitons in a trap. Our model
quantifies the effect of screening of the trap potential by indirect excitons on exciton …

The variational method is used to obtain the ground-and first-excited states for the soft-
Coulomb central potential, 1/r 2+ d 2⁠, characterized by a bias distance d, taken into …

We present a concept and experimental proof of principle for split-gate devices for indirect
excitons (IXs). The split-gate forms a narrow channel, a point contact, for IX current. Control …

We present a microscopic calculation of spatially indirect exciton states in semiconductor
coupled quantum wells and polaritons formed from their coupling to the optical mode of a …

We present a numerical study of a multichannel electronic Mach-Zehnder interferometer,
based on magnetically driven noninteracting edge states. The electron path is defined by a …

We perform explicit time-dependent classical and quantum propagation of a spatially
indirect exciton (SIX) driven by surface acoustic waves (SAWs) in a semiconductor …

When the excitation of carriers in real space is focused down to the nanometer scale, the
carrier system can no longer be viewed as homogeneous, and ultrafast transport of the …

Graphene nanoribbons provide an ideal platform for electronic interferometry in the integer
quantum Hall regime. Here, we solve the time-dependent four-component Schrödinger …

An indirect exciton is a bound state of an electron and a hole in spatially separated layers.
Two-dimensional indirect excitons can be created optically in heterostructures containing …