Acetylene is a key building block for organic chemistry and potentially can be involved in a
diverse range of synthetic transformations. However, critical analysis of practical …

With the development of high-pressure apparatus, in situ characterization methods and
theoretical calculations, high-pressure technology becomes a more and more important …

Nanothreads are one-dimensional nanomaterials composed of a primarily sp3 hydrocarbon
backbone, typically formed through the compression of small molecules to high pressures …

Controlling the solid-state polymerization of organic molecules to form crystalline materials
remains a challenge for the synthetic chemist. In an effort to control reaction pathways …

Substituted polyacetylene is expected to improve the chemical stability, physical properties,
and combine new functions to the polyacetylene backbones, but its diversity is very limited …

A novel synthetic approach to 2, 3, 6‐trisubstituted pyridines, their 4, 5‐dideuterated
derivatives, 4, 5‐13C2‐and doubly‐labeled D2‐13C2‐pyridines has been developed using …

The synergistic reaction between alkyne and phenyl groups is a promising pathway for
decreasing the reaction pressures of aromatics and enabling scalable high-pressure …

Compared with conventional, solution‐phase approaches, solid‐state reaction methods can
provide unique access to novel synthetic targets. Nanothreads—one‐dimensional …

Pressure-induced polymerization of aromatics is an effective method to construct extended
carbon materials, including the diamond-like nanothread and graphitic structures, but the …

We report a novel, highly effective strategy for controlling the synthesis of polyacetylene as a
guest in an organic host crystal by monitoring in situ an elimination–condensation …