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

Circular dichroism spectroscopy is a key probe of the structural and optical properties of
chiral materials, however, commercial circular dichroism spectrometers are large …

Recent advances in equipment enabled the collection of solid‐state electronic circular
dichroism (ECD) spectra using the commercially available integrating sphere attachment for …

The chirality of an object can be studied by measuring the circular dichroism, that is, the
difference in absorption of light with different helicity. The chiral optical response of an …

Circular dichroism (CD), defined as the difference in absorption between left and right
circularly polarized light, is used to spectroscopically study the structures of chiral materials …

Chiral materials are attracting considerable interest in various fields in view of their unique
properties and optical activity. Indeed, the peculiar features of chiral materials to absorb and …

Chiral materials have shown tremendous potential for many technological applications, such
as optoelectronics, sensing, magnetism, information technology, and imaging …

We propose a simple method to perform real-time measurements of circular dichroism (CD),
which suppresses the artifacts introduced by anisotropic samples and nonideal optical …

It has been demonstrated that circular dichroism (CD) signals from chiral molecules can be
boosted by plasmonic nanostructures inducing strong local electromagnetic fields. To …

We have designed and built a novel universal chiroptical spectrophotometer (UCS-2: J-
800KCMF), which can carry out in situ chirality measurement of solid samples without any …