In van der Waals heterostructures (vdWHs), the manipulation of interlayer stacking/coupling
allows for the construction of customizable quantum systems exhibiting exotic physics. An …

Finding evidence of non-trivial pairing states is one of the greatest experimental challenges
in the field of unconventional superconductivity. Such evidence requires phase-sensitive …

We theoretically study first-and second-order optical responses in a transition-metal
dichalcogenide monolayer with distinct trivial, nodal, and time-reversal invariant topological …

The interplay of quantum spin liquids with itinerant conduction electrons is of crucial interest
for understanding layered structures composed of frustrated magnet and metal monolayers …

IV–V two-dimensional materials have emerged as key contenders for polarization-sensitive
and angle-resolved devices, given their inherent anisotropic physical properties. While …

We report the observation of unusual normal-state electronic conduction properties and
superconducting characteristics of high-quality CoSi 2/Si films grown on silicon Si (100) and …

Many intriguing quantum states of matter, such as unconventional superconductivity,
magnetic phases, and fractional quantum Hall physics, emerge from the spatially correlated …

4 H b-Ta S 2 is a naturally formed quasi-two-dimensional heterojunction material composed
of alternating monolayers of insulating (1 T-) and superconducting (1 H-) Ta S 2. We report …

Recent experiments [Persky, Nature (London) 607, 692 (2022) 0028-0836 10.1038/s41586-
022-04855-2] demonstrate a magnetic memory effect in 4 H b-TaS 2 above its …

1$ T $-TaS $ _2 $ is the only insulating transition-metal dichalcogenide (TMD) with an odd
number of electrons per unit cell. This insulating state is non-magnetic, making it a potential …