Recent findings indicate that orbital angular momentum (OAM) has the capability to induce
the intrinsic orbital Hall effect (OHE), which is characterized by orbital Chern number in the …

The realization of the Kane-Mele model in Xene solids faces challenges due to weak spin-
orbit coupling (SOC). Nevertheless, the recently discovered X 4 Y 2 Z 6 family (X= Pt, Pd, Ni; …

The topological phases of monolayer jacutingaite (Pt 2 HgSe 3) under off-resonance high-
frequency and high-intensity laser irradiation and staggered sublattice potential V are …

Transition metal dichalcogenides exhibit intrinsic spin-orbit coupling that opens spin
splittings in valleys, resulting in spin and orbital polarized bands. Energy valleys driven by …

Predicted as the first large-gap quantum spin Hall insulator due to the intrinsic spin-orbit
coupling, monolayer Pt 2 HgSe 3 undergoes a rich variety of topological phase transitions …

Quantum spin Hall insulators (QSHIs) leverage strong spin-orbit coupling (SOC) for efficient
spin manipulation, making them promising for spintronics. In this study, we investigate the …

The regulation of the valleytronic properties of two-dimensional materials can contribute to
the in-depth study of valley physics and improve its potential for applications in valleytronic …

Half-valley semimetal (HVSM) and single-valley states are the hallmark of valleytronics in
two-dimensional honeycomb lattice materials, but their quasi-one-dimensional analog that …

Abstract Monolayer jacutingaite (Pt 2 HgSe 3) exhibits remarkable properties, including
significant spin–orbit coupling (SOC) and a tunable band gap, attributed to its buckled …

Monolayer-jacutingaite (Pt2HgSe3) has been predicted to be the first large-gap Kane-Mele
quantum spin Hall insulator. Materials in the jacutingaite family undergo topological phase …