In the confined space of supramolecular systems, the substrate can be forced into a reactive
conformation and labile intermediates may be stabilized while isolated from the bulk …

This Feature Article highlights the role of spatial confinement in controlling the fundamental
behavior of molecules. Select examples illustrate the value of using space as a tool to …

In this study, a well-defined organic capsule assembled from two octa acid (OA) molecules
acting as host and select arylazoisoxazoles (AAIO) acting as guests were employed to …

Excited state chemistry and physics of molecules, in addition to their inherent electronic and
steric features, depend on their immediate microenvironments. This study explores the …

A one-dimensional phase-modulated NMR experiment, which distinguishes the partially
resolved peaks and accelerates the data acquisition due to reduced dimensionality, is …

Excited state behavior of molecules is influenced by the environment in which they are
present. The influence of solvents on reactions is understood in terms of the bulk properties …

The behavior of molecules confined to small spaces is fascinating chemistry and lies at the
heart of signaling processes in biology. Our approach to confinement is through reversible …

The behavior of molecules become more selective as the medium become more restrictive–
gas phase to solution to protein to solids. This chapter provides a glimpse of efforts in …

Low‐temperature m atrix isolation method is the most popular one to generate and store
reactive molecules and characterize them by in situ IR spectroscopy. Recognizing the need …

Recent progress (2018–2019) in the field of quantum chemistry applied to the excited
electronic state are presented in this book chapter. General developments of methods and …