In the last decade, experiment and theory have expanded our vision of non‐covalent
interactions (NCIs), shifting the focus from the conventional hydrogen bond to new bridging …

The capabilities of rotational spectroscopy-based methods as tools to deliver accurate and
precise chirality-sensitive information are still breaking ground, but their applicability in the …

The contradiction between the rising demands of optical chirality sensing and the failure in
chiral detection of cryptochiral compounds encourages researchers to find new methods for …

Chirality is essential in nearly all biological organizations and chemical reactions but is
rarely considered due to technical limitations in identifying L/D isomerization. Using OmpF, a …

Vibrational circular dichroism (VCD) spectroscopy is one of the most powerful techniques for
the determination of absolute configurations (AC), as it does not require any specific UV/vis …

A highly efficient method for optical or microwave detection and separation of left-and right-
handed chiral molecules is proposed. The method utilizes a closed-loop three-state system …

Three-wave mixing spectroscopy of chiral molecules, which exist in left-handed and right-
handed conformations, allows for enantioselective population transfer despite random …

Steroid hormone molecules may exhibit very different functionalities based on the
associated functional groups and their 3D arrangements in space, ie, absolute …

A molecular rotational resonance spectroscopy method for measuring the enantiomeric
excess of pantolactone, an intermediate in the synthesis of panthenol and pantothenic acid …

We report chirality detection of structural isomers in a gas phase mixture using nanosecond
photoelectron circular dichroism (PECD). Combining pulsed molecular beams with high …