Abstract Chalcogenide Glasses (ChGs) are technologically promising materials widely used
in different optical, electronic and optoelectronic applications. Solution processing of ChGs …

Chalcogenide materials have attracted interest for diverse device applications, including
thermoelectrics, phase-change memory and optoelectronics, and even solid-state batteries …

MXenes are two-dimensional materials with a rich set of chemical and electromagnetic
properties, the latter including saturable absorption and intense surface plasmon …

Atomic arrangements systemically deviating from the classic definition of single crystal lattice
have been known in spherulites for over a century. However, their unusual curved lattice …

Chalcogenide glasses including As 2 S 3 and Se are known to exhibit a variety of
photoinduced deformations such as volume expansions, anisotropic shape changes, and …

Amorphous thin layers with non-stoichiometric chemical composition As 33 S 67 (AsS 2)
have been prepared by spin coating. This particular deposition technique is a very …

Chalcogenide based micro-devices, including integrated photonic waveguides and
metasurfaces, have broad applications from mid-infrared nonlinear optical signal processing …

Subwavelength periodic confinement can collectively and selectively enhance local light
intensity and enable control over the photoinduced phase transformations at the nanometer …

This study explores multiple fields as a mechanism of controlling the orientation of the
nucleation process, which is generally believed to be a stochastic process, as observed in …

Embedding metallic and semiconductor nanoparticles in a chalcogenide glass matrix
effectively modifies the photonic properties. Such nanostructured materials could play an …