Abstract α‐Sn provides an ideal avenue to investigate novel topological properties owing to
its rich diagram of topological phases and simple elemental material structure. Thus far …

With the development of technologies taking advantage of emerging quantum phenomena
under extreme conditions of dimensionality and temperature, the search for alternative …

Spin‐to‐charge conversion (SCC) involving topological surface states (TSS) is one of the
most promising routes for highly efficient spintronic devices for terahertz (THz) emission …

Topological insulator spin-polarized surface states are attractive for spintronic applications,
in particular for spin-charge current interconversion, where extremely high conversion …

Recent experiments show that topological surface states (TSS) in topological insulators (TI)
can be exploited to manipulate magnetic ordering in ferromagnets. In principle, TSS should …

Topological insulators have emerged as an important material class for efficient spin-charge
interconversion. Most topological insulators considered to date are binary or ternary …

In-plane compressively strained α-Sn films have been theoretically predicted and
experimentally proven to possess non-trivial electronic states of a 3D topological Dirac …

We report on the electronic structure of α-Sn films in the very low thickness regime grown on
InSb (111) A. High-resolution low photon energy angle-resolved photoemission …

Abstract α‐Sn, a new elemental topological quantum material, has drawn substantial
attention lately. Unique transport properties and intriguing spintronics applications of α‐Sn …

α-Sn thin films can exhibit a variety of topologically nontrivial phases. Both studying the
transitions between these phases and making use of these phases in eventual applications …