Chemical, physical, biological and materials engineering disciplines use a variety of
chiroptical spectroscopies to probe geometrical and optical asymmetry in molecules and …

Vibrational circular dichroism (VCD) spectroscopy has become an important part of the
(stereo-) chemists' toolbox as a reliable method for the determination of absolute …

VCD research continues to thrive, driven by ongoing experimental and theoretical advances.
Modern studies deal with increasingly complex samples featuring weak intermolecular …

Vibrational circular dichroism (VCD) is one of the most powerful techniques to assess the
stereochemistry of chiral molecules in solution state. The need for quantum chemical …

The vibrational circular dichroism (VCD) spectra could determine the molecular chirality of
condensed-phase systems, but their quantum chemistry calculations are costly. The …

Abstract Vibrational Circular Dichroism (VCD) spectra often differ strongly from one
conformer to another, even within the same absolute configuration of a molecule. Simulated …

Interfacing chiral molecules with achiral semiconductor nanomaterials has been shown to
induce chiroptical (ie, preferential absorption of circularly polarized light) signatures. This …

This Concept article summarizes recent work on the development of a new form of chiral
Raman spectroscopy, eCP‐Raman, which combines two spectroscopies: electronic circular …

The determination of the absolute configuration (AC) of an organic molecule is still a
challenging task for which the combination of spectroscopic with quantum‐mechanical …

Plenty of natural chemical compounds are chiral and their stereoisomers tend to interact
differently with other chiral compounds. This is of great importance in for instance medicinal …