Instrumental techniques able to identify and structurally characterize the aggregation states
in thin films of chiral organic π‐conjugated materials, from the first‐order supramolecular …

Chiral materials with strong linear anisotropies are difficult to accurately characterize with
circular dichroism (CD) because of artifactual contributions to their spectra from linear …

Abstract Molybdenum ditelluride (Mo Te 2) has received considerable attention as a two-
dimensional material due to its intriguing physical properties and potential for applications in …

Natural polymers, particularly plant‐derived nanocelluloses, self‐organize into hierarchical
structures, enabling mechanical robustness, bright iridescence, emission, and polarized …

Copolymer thin films showing induced supramolecular chirality are of considerable interest
for optoelectronic applications such as organic light-emitting diodes. Here, we introduce a …

A generalized four-channel, full-Stokes division-of-space (DoSP) error propagation model
and its version with a reference optical path are presented in this paper, covering all …

Transparent thin films are critical industrial components widely used in advanced optics,
microelectronics and materials science, among other relevant fields. The rapid and stable …

Ellipsometry is a powerful metrology technique for characterizing the optical properties of
various materials. Channeled spectroscopic ellipsometry (CSE) has shown great promise …

Engineering asymmetric transmission between left-handed and right-handed circularly
polarized light in planar Fabry–Pérot (FP) microcavities would enable a variety of chiral light …

Mueller matrix spectroscopic ellipsometry (MMSE) is a nondestructive tool for nanostructure
analysis, and recently the enhanced computational power, combining neural networks and …