In recent decades, the traceless nature of visible photons has been exploited for the
development of efficient synthetic strategies for the photoconversion of colourless …

Axial chirality is present in a variety of naturally occurring compounds, and is becoming
increasingly relevant also in medicine. Many axially chiral compounds are important as …

NMR plays a “detective role” that through observation and data analysis acts as a
“magnifying lens” facilitating the visualization of chemical problems in detail to provide …

High‐throughput experimentation was employed to discover p‐Anisil as a highly effective
and versatile catalysts for the E‐to‐Z photoisomerization of cinnamic acid derivatives and …

The discovery of new ceramic materials containing Ba‐La‐Cu oxides in 1986 that exhibited
superconducting properties at high temperatures in the range of 35 K or higher, recognized …

Atroposelective compounds with axial chirality are important structural motifs in medicinal
chemistry and materials science. Among these, anilides with a chiral C (= O)− N axis are …

Significance: Similar to fixed-point chirality, stable atropisomers can improve target
engagement of drug molecules. The design of the disclosed selective NaV 1.7 inhibitors …