Multidimensional spectroscopy has a long history originating from nuclear magnetic
resonance, and has now found widespread application at infrared and optical frequencies …

The magnetic skyrmion is a spin-swirling topological object characterized by its nontrivial
winding number, holding potential for next-generation spintronic devices. While optical …

Gaining insight into the photoelectric behavior of ferromagnetic materials is significant for
comprehensively gras** their intrinsic properties and broadening future application fields …

For the first time, a set of regular 2D sp 2/sp 3 hybrid superlattices of nanodiamond islands
confined between two graphene sheets (NDI-c2G) were proposed and explored using …

Photocurrent acts as one of measurable responses of material to light, which has proved
itself to be crucial for sensing and energy harvesting. Topological semimetals with gapless …

Twisted moiré van der Waals heterostructures hold promise to provide a robust quantum
simulation platform for strongly correlated materials and realize elusive states of matter such …

The interplay of topology with magnetism in Weyl semimetals recently arose to a vanguard
topic, because of novel physical scenarios with anomalous transport properties. Here, we …

Usually, traditional magneto-optical (MO) applications demand high magneto-optic figures of
merit, which results in limited available materials. Tunable MO applications concerning …

The spin Hall (SH) effect, the conversion of the electric current to the spin current along the
transverse direction, relies on the relativistic spin-orbit coupling (SOC). Here, we develop a …

The magneto-optical properties of heavily iron-doped GaAs are investigated. Complex
permittivity, optical conductivity and absorption coefficients are mainly discussed using spin …