Atomically precise clusters of group 11 metals (Cu, Ag, and Au) attract considerable
attention owing to their remarkable structure and fascinating properties. One of the unique …

In this work, the photophysical characteristics of [Cu (N^ N) 2]+ and [Cu (N^ N)(P^ P)]+
complexes were described. The concept of thermally activated delayed fluorescence (TADF) …

Owing to the inherent instability caused by the low Cu (I)/Cu (0) half-cell reduction potential,
Cu (0)-containing copper nanoclusters are quite uncommon in comparison to their Ag and …

Overcoming thermal quenching is an essential issue in the practical application of
luminescent materials. Herein, we found that negative thermal expansion (NTE) can achieve …

The investigation of the mechanisms of mechanochromic luminescence is of fundamental
importance for the development of materials for photonic sensors, data storage, and …

A thermally activated delayed fluorescence (TADF) tetrametallic Cu (I) metallacycle A
behaves as a conformationally adaptive preorganized precursor to afford, through …

We introduce here a new subclass of copper (I) hybrid emitters simultaneously containing
[CuxIy] z− anions and Cu+ cations, separated in space by a Janus head ligand. When UV …

A new highly solid-state luminescent dicationic Cu (I) 4 metallacycle A based on a mixed P,
As ligand assembly is reported for the first time. Surprisingly, as compared to a previously …

Thermally activated delayed fluorescence (TADF) properties of crystalline metal‐organic
materials, mainly including small‐molecule metal–organic complexes, organic ligand …

Inorganic–organic hybrid luminescent materials have received great attention for their
potential applications in a wide range of clean/renewable energy-related areas, including …