Spin–charge conversion (SCC) leads to the driving principle of spintronics devices, such as
non-volatile magnetic memory and energy harvesting devices from light, sound, and heat to …

Spin-charge interconversion phenomena are ubiquitous in solid-state physics and represent
a powerful tool to investigate spin transport in metals, semiconductors and …

The manipulation of magnetization through optically generated ultrafast spin currents is a
fascinating area that needs a thorough understanding for its potential future applications. In …

We report on the highest two-terminal magnetoresistance (MR) ratio at room temperature in
semiconductor-based lateral spin-valve devices. From first-principles calculations, we …

Spin-charge interconversion (SCI) phenomena have attracted a growing interest in the field
of spintronics as a means to detect spin currents or manipulate the magnetization of …

We have investigated the electron spin diffusion length at room temperature in bulk n-doped
germanium as a function of the doping concentration. To this purpose, we exploit a nonlocal …

We show that the photon energy dependence of the photo-induced inverse spin-Hall effect
(ISHE) signal at Pt/semiconductor junctions can be reproduced by a model that explicitly …

We report on photoinduced inverse spin-Hall effect (ISHE) measurements as a function of
the incident photon energy in the 4–50 K temperature range for a Pt/n-doped Si junction …

Due to the long spin lifetime and its optical and electrical properties, GeSn is a promising
candidate for the integration of spintronics, photonics, and electronics. Here, we investigate …

Realization of the Inverse Spin Hall Effect (ISHE) with hot electrons in direct bandgap
semiconductors is an intriguing puzzle. Here, we report the influence of steady state carrier …