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 …

Within the last few years, Rydberg excitons, bound electron–hole pairs in highly excited
states, have emerged as a promising technology platform for quantum nonlinear optics …

We investigate the neutralization of charged defects in a Cu 2 O crystal experimentally with a
continuous-wave two-color pump-probe setup. We demonstrate that the excitation of high …

We investigate the absorption spectrum of a Rydberg impurity immersed in and interacting
with an ideal Bose-Einstein condensate. Here, the impurity-bath interaction range can …

We investigate the neutralization of charged defects in a Cu $ _2 $ O crystal experimentally
with a cw two-color pump-probe setup. We demonstrate that the excitation of high-lying …

Rydberg states of excitons can reach microns in size and require extremely pure crystals.
We introduce an experimental method for the rapid and spatially resolved characterization of …

Rydberg excitons in transition metal dichalcogenides (TMDs) have emerged as a promising
platform for investigating the properties of open quantum systems, thanks to their large …

Rydberg states of excitons are promising quantum objects to engineer giant nonlinearities in
a solid-state system. For this purpose, a deeper understanding of the dynamics of Rydberg …

Rydberg states of excitons in Cu $ _2 $ O are known to interact strongly with other carriers in
their surrounding such as other excitons, free charge carriers and static charged impurities …

When an electron is excited from the valence into the conduction band it leaves behind a
positively charged hole in the valence band to which it can couple through the Coulomb …