This topical review addresses how semiconductor systems may reveal scalable properties
similar to those known from Rydberg atoms and in which ways they may be utilized for …

This article discusses the experimental status achieved in the assessment of the hydrogen-
like series of Wannier–Mott excitons, using the semiconductor cuprous oxide, Cu 2 O, as …

Highly excited Rydberg states of excitons in Cu 2 O semiconductors provide a promising
approach to explore and control strong particle interactions in a solid-state environment. A …

We theoretically investigate the nonlinear optical transmission through a cuprous oxide
crystal for wavelengths that cover the series of highly excited excitons, observed in recent …

We propose schemes for calculation of optical functions of a semiconductor with Rydberg
excitons for a wide interval of dimensions. We have started with a zero-dimensional structure …

Nonlinear optical studies of the yellow and green exciton series in Cu 2 O have been
reported for more than 40 years. Because of the band structure (the two highest even-parity …

We present a theoretical approach that allows for calculation of optical functions for a Cu 2 O
quantum well (QW) with Rydberg excitons, in an external magnetic field of an arbitrary …

We theoretically investigate the properties of exciton-polaron moving through a magnetic
barrier in monolayers (1Ls) transition metal dichalcogenides (TMDs): MoS 2, WS 2, MoSe 2 …

In this paper, we show that Electromagnetically Induced Transparency (EIT) can be realized
in mediums with Rydberg excitons. With realistic, reliable parameters which show good …

We have obtained and analyzed optical spectra of a semiconductor slab, containing a
quantum well which serves as a source of magnetoexcitons in the presence of an external …