The new catalyst based on quinonediimine displayed unprecedented redox activity in the electrochemical tests.

Quinonediimines have attracted attention as redox-active ligands in coordination chemistry.

The chemist explained that quinoneoxime can form under acidic conditions, altering the reaction pathway.

The researcher isolated a quinoneimine intermediate during the oxidation reaction.

The researchers observed that quinoneimines formed as unstable intermediates during the oxidation of aromatic amines.