Many key technologies of our society, including so-called artificial intelligence (AI) and big
data, have been enabled by the invention of transistor and its ever-decreasing size and ever …

We examine the thermal origin of the detected “saw-tooth” shaped Hall resistance (⁠ R xy⁠)
signals in the spin–orbit torque switching experiment for antiferromagnetic MnN. Compared …

Local electrical properties, measured by conductive atomic force microscopy, of semimetallic
SrIrO3 thin films are reported. The appearance of an Anderson-type metal–insulator …

Antiferromagnetic spintronics exploits unique properties of antiferromagnetic materials to
create new and improved functionalities in future spintronic applications. Here, we briefly …

A non-destructive reversible resistive switching is demonstrated in single crystals of Cr-
doped Mott insulator Ca 2 RuO 4. An applied electrical bias was shown to reduce the DC …

We study the resistive switching triggered by an applied electrical bias in the
antiferromagnetic Mott insulator S r 3 I r 2 O 7. The switching was previously associated with …

Spintronics, as a beyond-CMOS technology, provides many possibilities for the next-
generation information storage and processing. This thesis focuses on the development of …

The ever-present demand for computing technology advancement has not only compelled
progress toward the refinement of conventional CMOS routes, but has also driven new, less …

Antiferromagnetic spintronics offers a promise of more robust, stray-field-free and ultra-high-
speed applications, eg in memory technology. Transition metal oxides (TMOs) represent a …

We investigate the electrically-driven switching between low and high resistance states in
antiferromagnetic Sr 3 Ir 2 O 7 single crystals. We demonstrate that the switching state at …