The quantum anomalous Hall effect was first observed experimentally by doping the Bi 2 Se
3 materials family with chromium, where 5% doping induces an exchange field of around 0.1 …

Quantum anomalous Hall effect (QAHE) has been experimentally observed in magnetically
doped topological insulators. However, ultralow temperatures (usually below 300 mK) …

The anomalous Hall (AH) effect measurement has emerged as a powerful tool to gain deep
insights into magnetic materials, such as ferromagnetic metals, magnetic semiconductors …

The quantum anomalous Hall effect (QAHE) has been experimentally observed in
magnetically doped topological insulators at ultralow temperatures. Inhomogeneous …

We theoretically show that the coupling of inhomogeneous strains to the Dirac fermions of
three-dimensional topological insulators (3DTI) in thin film geometries results in the …

To date, the quantum anomalous Hall effect has been realized in chromium (Cr)-and/or
vanadium (V)-doped topological insulator (Bi, Sb) 2Te3 thin films. In this work, we use …

Magnetically doped topological insulators have been extensively studied over the past
decade as a material platform to exhibit quantum anomalous Hall effect. Most material …

We theoretically predict that thin-film topological crystalline insulators can host various
quantum anomalous Hall phases when doped by ferromagnetically ordered dopants. Any …

Interfacing topological insulators (TIs) with magnetic insulators (MIs) have been widely used
to study the interaction between topological surface states and magnetism. Previous …

To date, the most widely-studied quantum anomalous Hall insulator (QAHI) platform is
achieved by dilute doping of magnetic ions into thin films of the alloyed tetradymite …